Pellet Machine in Germany

We get this often from customers in Germany who are comparing options for different raw material streams. Below are the specification ranges for our main pellet mill series. Keep in mind these are standard configurations—we adjust dies, feeders, and conditioners based on the specific material you’re running.

Feed Pellet Mills (SZLH Series)

These are what we typically send to German feed mills and larger livestock operations. They’re designed for compound feeds—grains, protein meals, added fats. The conditioner adds steam before the die, which is critical for starch gelatinization in pig and poultry feeds.

In Germany, the SZLH420 and SZLH508 are common for mid-sized animal feed mill plants serving regional livestock producers. The larger units go to commercial feed plants running multiple shifts.

Wood Pellet Mills (MZLH Series)

For wood applications—sawdust, shavings, chips from German forests and wood processors. These have heavier bearings and thicker dies to handle the abrasiveness of hardwood. Note the forced feeder: wood particles are light and don’t flow well by gravity alone.

We see MZLH520 and MZLH678 going to German sawmills and joinery shops that want to turn waste into saleable pellets. The lower capacities reflect the density of wood compared to feed.

Straw & Grass Pellet Mills (CZLH Series)

For fibrous materials—cereal straw, rapeseed straw, hay, alfalfa. Common in eastern Germany where grain farming generates straw, and in Bavaria where grassland farms produce hay and grass for pellets. These have larger die thickness and the same forced feeder setup as the wood mills.

Notice the capacities are higher than wood for the same motor size? Straw is less dense, so throughput in tons per hour can be higher, but the pellets are lighter. German customers running straw for bedding often prefer the larger dies (8-10mm) for faster water absorption.

Cat Litter Pellet Mills (MSZLH Series)

These are essentially feed-grade mills but configured for larger diameter pellets (8-12mm) with specific die compression ratios for materials like paper, soy husks, or Miscanthus. The conditioner is important for adding binders or moisture.

In Germany, we’re seeing more interest in the MSZLH350 and MSZLH420 for cat litter startups. The capacity ranges are similar to feed mills because the materials flow better than wood or straw.

Fertilizer Pellet Mills (FZLH Series)

For organic and mineral fertilizers—composted manure, digestate, biosolids, NPK blends. These have stainless steel contact areas where needed and thicker dies for abrasive materials. The bridge breaker is essential because fertilizer can be sticky.

German biogas plants with digestate handling often look at the FZLH420 or FZLH520. The material is wet coming out of the separator, so drying before pelleting is usually part of the conversation.

These are our standard ranges, but they’re not the full picture. We also build custom configurations—different die materials for corrosive or abrasive products, altered feeder designs for ultra-light materials, special conditioners for heat-sensitive ingredients.

If you’re planning a project and need a pellet machine in Germany sized for your specific raw material, we can work through the numbers together. The right fit depends on what you’re putting in and what you want to get out.

When people ask about the cost of pellet machine in Germany, the answer depends on what you’re planning to run and at what scale. Below are rough price ranges for our main machine types, based on what we’ve shipped to German customers over the past few years.

These are FOB Qingdao prices—so equipment cost before shipping, insurance, and import duties. German customers typically add 20-30% for logistics and customs clearance, depending on port of entry (Hamburg, Bremerhaven, etc.) and current freight rates.

Feed Pellet Machines (SZLH Series)

These are the workhorses for German feed mills and livestock operations. The price includes the main motor, feeder, conditioner, and basic control cabinet. Dies are extra because customers want different hole sizes for different feeds.

For a smaller farm operation in Germany looking at on-farm feed production, the SZLH250 or SZLH320 is usually where they start. The small feed pellet machine price in Germany for these entry-level units lands in the $6,500-$18,000 range depending on configuration.

Wood Pellet Machines (MZLH Series)

These come with anti-bridging feeders and forced feeders standard—essential for wood because sawdust and shavings don’t flow well. The price includes the pelletizer, both feeders, and the control panel. Wood is harder on equipment, so these machines have heavier bearings and gearboxes.

German joinery shops and small sawmills often start with the MZLH320 or MZLH350. The small wood pellet machine price in Germany for wood applications runs about $13,500-$22,500. These are complete units ready to hook up to a buffer bin and start running clean sawdust.

Grass & Straw Pellet Machines (CZLH Series)

For hay, alfalfa, cereal straw, and rapeseed straw. These include the anti-bridging feeder, conditioner, forced feeder, pelletizer, and control cabinet. The conditioner is important for adding steam or water to fibrous materials.

German farmers with grassland or straw sometimes look at the CZLH250 or CZLH320 for on-farm forage pelleting. The small pellet machine price in Germany for grass applications is similar to feed mills—$7,000-$21,500 depending on the package.

What’s Not Included

These prices are for the pellet mill itself, configured as described. A complete pellet production line in Germany will also need:

• Hammer mill or grinder ($8,000-$45,000 depending on size)
• Dryer if material is wet ($25,000-$150,000)
• Cooler ($5,000-$25,000)
• Screener ($3,000-$15,000)
• Conveyors and elevators ($10,000-$50,000)
• Electrical control integration
• Steel structure and installation

German customers also need to budget for:

• Shipping and insurance (currently $3,000-$12,000 for a 20ft container to Hamburg)
• EU import duty (around 1.7% for most machinery)
• VAT (19% in Germany, recoverable for businesses)
• Installation and commissioning if we send a technician

Small Machine Pricing Summary

If you’re just starting out and looking at entry-level equipment, here’s what the small pellet machine price in Germany looks like across applications:

• Small feed pellet machine (SZLH250): $6,500 – $8,500
• Small wood pellet machine (MZLH320): $13,500 – $16,500
• Small grass pellet machine (CZLH250): $7,000 – $9,000

These are complete with basic controls and feeders, ready to run with clean, dry material.

These are our standard ranges, but they’re not the full picture. We also build custom configurations—different stainless steel grades for corrosive materials, special feeders for ultra-light stuff, modified conditioners for heat-sensitive products. The cost of pellet machine in Germany for a custom setup will be different from standard catalog pricing.

If you’re planning a project and want a proper quote, tell us:

• What raw material (moisture, size, source)
• Desired output capacity
• End product use (feed, fuel, bedding, fertilizer)
• Whether you need a full line or just the mill

Then we can work up numbers that actually match your situation.

When people start looking at fish feed pellet machine in Germany options, they quickly realize there are two completely different technologies involved—and the price gap reflects that. Sinking feed can be made on a standard ring die pellet mill. Floating feed requires an extruder because you need to control the starch gelatinization and expansion. Below is a breakdown of what to expect for both routes.

Sinking Fish Feed Pellet Machines

These are essentially heavy-duty ring die pellet mills, similar to what you’d use for livestock feed, but configured for aquatic formulations. The feed needs to be water stable—it shouldn’t fall apart the second it hits the water. That means fine grinding, good conditioning, and often a thicker die for higher compression.

For a single ring die sinking fish feed pellet machine in Germany, the FOB price range typically runs:

$6,500 – $85,000 USD

Why such a wide range? The smallest units (22kW, 1-2 tons per hour) are in the $6,500-$8,500 range—suitable for a small farm operation making feed just for their own stock. The larger industrial units (250kW+, 30+ tons per hour) push toward $85,000, and those go to commercial feed mills supplying multiple aquaculture operations.

German trout farmers often start in the middle—something like a SZLH350 or SZLH420 in the $26,000-$33,000 range gives them 5-12 tons per hour, enough for a decent-sized operation without over-investing.

Floating Fish Feed Extruder Machines

This is where the technology changes. Floating feed needs to be cooked under pressure and temperature, then expanded as it exits the die. That requires an extruder—either single-screw or twin-screw. Twin-screw gives you more control over density and is better for high-fat or high-protein formulations. Single-screw is simpler and cheaper but less flexible.

For floating fish feed extruder machine prices in Germany, the range is even wider:

$5,000 – $300,000+ USD

At the low end, you’re looking at small single-screw units doing 0.2-0.5 tons per hour—suitable for a farm experimenting with floating feed or a small pet food startup. At the high end, you’re into industrial twin-screw systems doing 10+ tons per hour with full automation, multiple conditioners, and variable cutting systems.

Single-Screw Extruder Options

These are simpler machines. They work by mechanical friction and steam injection to cook the material. Good for basic floating feeds and pet foods.

Dry Method Single-Screw Extruders (no steam preconditioner):

These are entry-level machines. A German customer starting small might look at the DGP-90B in the $8,000-$15,000 range. The cost of fish feed pellet making machine in Germany for this type is significantly lower than twin-screw, but you sacrifice some formulation flexibility.

Wet Method Single-Screw Extruders (with steam preconditioner):

The preconditioner adds cost—these run roughly $25,000-$45,000 depending on configuration. But they give better control over cooking and can handle a wider range of ingredients.

Twin-Screw Extruders

This is what commercial fish feed producers use. Twin-screw gives you precise control over residence time, shear, and temperature. You can make floating, sinking, or slow-sinking feed with the same machine by adjusting parameters. Also handles high-fat formulations better.

All twin-screw models include:

• Variable-speed feeders (1.5-2.2kW)
• Preconditioners (7.5-11kW)
• Differential speed conditioners (11-15kW) for better mixing of fats and liquids
• Complete control systems

The price of fish feed extruder machine in Germany for twin-screw starts around $45,000-$60,000 for the SPHS75x2 and goes up to $250,000-$300,000 for the largest units with full automation and downstream equipment.

German aquaculture operations producing for the local market—trout, carp, increasingly tilapia in RAS systems—often land in the SPHS120*2 or SPHS150*2 range, roughly $80,000-$150,000 for the extruder package. That gives them 2-4 tons per hour, enough for a serious commercial operation.

What the Price Includes (and Doesn’t)

For fish feed pellet machine in Germany budgeting, remember:

• Sinking feed pellet mills include the main motor, feeder, conditioner, and basic control panel. Dies are extra ($300-$1,500 depending on size and hole configuration).
• Extruders include the main motor, feeder, preconditioner (for wet models), cutter, and control system. Dies and knife assemblies are usually included but spare parts are extra.
• Neither includes downstream equipment: drying, cooling, coating, screening, conveying. For a complete fish feed production line in Germany, budget another 50-100% of the extruder cost for the rest of the system.

Summary by Investment Level

• Small farm, own use, sinking feed only: $8,000-$15,000 for a small pellet mill
• Small commercial, floating feed trial: $25,000-$45,000 for a single-screw extruder with preconditioner
• Medium commercial, floating and sinking, multiple species: $80,000-$150,000 for a twin-screw extruder in the 2-4 T/H range
• Large commercial/industrial, high volume, full automation: $200,000-$300,000+ for twin-screw with full line integration

These are our standard ranges, but they’re not the full picture. We also build custom configurations—different screw geometries for specific recipes, special materials for corrosive ingredients, automated recipe changeover systems. The fish feed pelleting machine price in Germany for a custom setup will be different from standard catalog pricing.

If you’re planning a project and want a proper quote for a floating fish feed extruder machine in Germany, tell us:

• Target species (trout, carp, shrimp, etc.)
• Desired feed type (floating, sinking, slow-sink)
• Production capacity per hour or per year
• Main ingredients (fishmeal content, grains, oils)
• Whether you need a full line or just the extruder

Then we can work up numbers that actually match your production goals.

For your situation, the moisture is the first thing to address. Fresh sawdust from the mill at 40-50% won’t pelletize directly—it needs to come down to around 12-15% before it’ll hold together. The good news is, with 2 tons per day, you’re not looking at massive throughput, so a small dryer setup could work. We’ve supplied similar operations in Bavaria with our φ1.2*12 rotary drum dryer, which handles about 1-2 tons per hour depending on inlet moisture. That would dry your daily production in a couple of hours.

For the pellet mill itself, with 2 tons per day (assuming you run maybe 6-8 hours), you’re looking at around 250-300 kg/h continuous output. Our MZLH350 would be a good fit—37kW main motor, 0.3-0.5 T/H capacity range on wood. It includes the anti-bridging feeder and forced feeder, which you’ll want for sawdust.

The smaller MZLH320 at 22kW could also work if you’re running longer hours, but the 350 gives you room to grow. For a complete pellet machine in Germany installation at this scale, you’re looking at roughly $18,000-$24,000 for the sawdust pellet machine itself, plus another $25,000-$35,000 for the dryer package.

We’ve done several setups like this in the Black Forest region—sawmills with their own residue usually go this route rather than paying to haul wet sawdust away.

Good question. Alfalfa and clover are actually quite similar in terms of how they behave in the die—both are legumes with similar fiber structure. The same pellet mill can definitely handle both, and even mixes with grasses like timothy or meadow hay.

The key is the die selection. For pure alfalfa, you might run a slightly higher compression ratio than for mixed grass, but we usually recommend a mid-range die that works well for both rather than swapping dies frequently. German organic dairy operations we’ve worked with in the Allgäu typically run 4-6mm pellets for cows, and they keep one die for the season.

For 4-5 tons per hour, you’re looking at our CZLH768 model. That’s 315kW, with forced feeder and anti-bridging—essential for forage because chopped hay is light and doesn’t flow well by gravity.

The CZLH series is specifically designed for fibrous materials like alfalfa and grass. Output on alfalfa runs 6-8 T/H depending on grind size and moisture, so 4-5 is well within its range. If you’re looking at a complete pellet machine in Germany setup for this capacity, the CZLH768 runs $78,000-$96,000 for the mill itself, plus you’ll need a bale breaker, hammer mill, cooler, and screener.

Total alfalfa pellet production line investment for 4-5 T/H of forage pellets typically lands $190,000-$250,000 depending on automation level and whether you need drying.

Digestate is a common challenge for German biogas operators. The solids coming out of the separator are wet—65% is typical—and they’re also corrosive from the digestion process. Our FZLH series fertilizer granulator equipment is designed for exactly this. The key difference from standard pellet mills is stainless steel contact areas and heavier-duty construction to handle the abrasiveness and corrosion.

But you’re right about the drying—65% is far too wet for pelleting. You need to get down to 12-15% before the material will bind properly. For 3 tons per hour of wet digestate, you’re looking at a dryer sized for about 1-1.5 tons per hour of dried output (since you’re removing 50% moisture).

Our φ1.5*15 rotary drum dryer would work well here—$50,000-$75,000 range. Some German biogas plants use waste heat from their CHP to run the dryer, which lowers operating cost significantly.

After drying, the FZLH420 at 90kW would handle 6-8 T/H of digestate pellets comfortably—$26,000-$55,000 for the pellet mill. The material is sticky, so the forced feeder is essential. We’ve done several digestate pellet lines in Lower Saxony and North Rhine-Westphalia.

The finished pellets sell to organic farmers as slow-release fertilizer. For a complete pellet machine in Germany installation handling digestate, total investment with dryer, pellet mill, cooler, and screening runs $150,000-$200,000 for your capacity.

For 10-12 T/H of poultry feed, you’re in the range where we do quite a few installations in Germany. The main pellet mill would be our SZLH420 at 110kW—it’s rated 10-12 T/H on standard poultry feed. But a complete line includes much more: receiving pit, cleaning, hammer mill, batching system, mixer, conditioner, chicken feed pellet machine, cooler, crumble rolls for the broiler feed, screener, and bagging.

For the crumbles, you’ll need a set of crumbling rolls after the cooler. These take 3-4mm pellets and break them down into 2-3mm crumbles for chicks. We can integrate that into the line easily. The layer feed at 4mm runs through the same pellet mill with a different die—quick-change die systems make swapping between sizes a 20-minute job rather than hours.

Lead time from order to FOB Qingdao is typically 45-60 days for a line this size, depending on how customized it is. Shipping to Hamburg takes about 30-35 days by sea. So total from order to arrival at your site is roughly 3-4 months.

We don’t have agents in Germany—everything ships direct from our factory, and we can send installation engineers if needed. For a complete pellet machine in Germany line at this capacity, the equipment package runs $170,000-$320,000 depending on automation level (manual batching costs less, full PLC with recipe management is at the higher end).

Good question—we get this a lot from German farmers looking at straw. The MZLH series is our standard wood pellet mill. It’ll handle straw, but it’s not optimized for it. The CZLH series is specifically designed for fibrous, low-bulk-density materials like straw, grass, and alfalfa.

The main differences: the CZLH has a larger die thickness-to-diameter ratio, which gives higher compression for materials that don’t bind as easily as wood. It also has a different feeder configuration—the anti-bridging hopper is more aggressive because straw tends to bridge and plug. The forced feeder on the CZLH is also calibrated differently for lighter materials.

For 5-6 T/H of wheat or barley straw, you’d be looking at the CZLH678 or CZLH768. The 678 (200kW) does 4-5 T/H on straw, the 768 (315kW) does 6-8 T/H. So for your target, the 768 is the better fit. Output on straw is lower than wood for the same motor because straw pellets are less dense—you’re making more volume per ton.

We’ve supplied several straw pellet lines in Brandenburg and Mecklenburg-Vorpommern. The complete setup includes bale breaker, heavy-duty hammer mill with 8-12mm screens, the CZLH pellet mill, counterflow cooler, and bagging.

For a https://www.richipelletmachine.com/straw-pellet-machine-for-sale/straw pellet machine in Germany installation at 5-6 T/H, the pellet mill alone runs $72,000-$95,000 for the 768, and complete line investment is $300,000-$450,000 depending on whether you need drying (straw at 15-18% can often go direct).

You’re in an ideal situation—dry material, consistent, and already fine. Beech and oak are hardwoods, so they’re denser and more abrasive than softwood, but the fact that it’s sanding dust means minimal size reduction needed.

For 300-400 kg/h, our MZLH350 is the sweet spot. It’s 37kW, rated 0.3-0.5 T/H on wood. At the lower end of that range with hardwood, you’ll get your 300-400 kg/h comfortably. It comes with the anti-bridging feeder and forced feeder, which you’ll want even though your material is dry—sanding dust is light and doesn’t gravity-feed well. Price range $18,000-$24,000 for the pellet mill.

You might also consider the MZLH320 at 22kW, which does 0.2-0.3 T/H, but that would be running near max capacity for your target. The 350 gives you room to run a bit slower, which helps with die life on hardwood.

For a complete small line, you’d want a cooler (even small ones matter—pellets at 80-90°C out of the die need to cool before bagging) and a screener to remove fines. Our SKLF11*11 cooler at $4,000-$6,500 and a small SFJZ63 screen at $2,000-$3,500 would complete the setup.

Total investment for a turnkey small pellet machine in Germany installation like this is around $25,000-$35,000. Several German joinery shops in Hesse and Baden-Württemberg are running exactly this setup, selling 15kg bags to local stove owners.

The SZLH558 at 185kW is rated 20-22 T/H on standard feed, so it’s a good fit for your 15-20 T/H target—you’ll run comfortably below max capacity, which helps with wear and maintenance.

Power consumption varies by formulation, but typical numbers from our German feed mill installations: for pellets, figure 12-18 kWh per ton including the animal feed pellet mill, cooler, and conveyors. The pellet mill itself accounts for about 8-12 kWh per ton depending on die thickness and ingredients. For mash only (if you bypass the pellet mill), you’re looking at 5-8 kWh per ton for grinding and mixing only.

Yes, we offer energy monitoring as part of our PLC systems. We can integrate power meters on all major motors—hammer mill, mixer, pellet mill, cooler fans—and track consumption per batch or per ton. The system can generate reports showing energy cost per ton for different recipes, which helps optimize formulations. German customers aiming for QS certification often want this level of data.

For a complete pellet machine in Germany installation at this scale, the SZLH558 pellet mill runs $45,000-$55,000. A full feed mill with intake, cleaning, grinding, batching, mixing, pelleting, cooling, and bagging would be in the $440,000-$600,000 range depending on automation. We’ve done several mills in Mecklenburg-Vorpommern for cooperatives and integrators.

You’re right—rapeseed straw is one of the tougher materials out there. That waxy cuticle makes it harder for the pellets to bind, and the silica content is abrasive. But yes, our CZLH series handles it. The key is in the die specification.

For rapeseed straw, we recommend:

• Thicker dies (higher effective working length)
• Stainless steel or chrome-plated dies (better wear resistance)
• Compression ratio on the higher side (1:8 or 1:9 vs. 1:5-6 for softwood)

Die life depends on hours and compression, but typical numbers from German installations in Thuringia and Brandenburg: 600-800 tons per die for rapeseed straw versus 1200-1500 tons for wheat straw and 2000+ for softwood. So yes, it wears faster, but the economics still work if you’re utilizing a residue that would otherwise go to waste.

You’ll also want the forced feeder and anti-bridging—rape straw is light and tends to bridge. The CZLH678 at 200kW would give you about 3-4 T/H on rape straw (versus 4-5 T/H on wheat straw). For a pellet machine in Germany installation specifically for rape straw, budget $60,000-$78,000 for the pellet mill, and factor in die replacement costs as an operating expense.

We do offer complete lines, and for aquafeed you really need the whole package—the extruder is just one piece. The SPHS120 twin-screw (90kW, 1.5-2.0 T/H) is a good fit for your target. But floating fish feed needs precise control of density, and that means managing moisture and fat carefully.

A complete aquafeed line includes:

• Fine-grinding hammer mill (particles under 0.8mm for floating feed)
• Batch mixer with micro-dosing for vitamins and minerals
• Twin-screw extruder with variable cutter
• Belt dryer (gentle drying to preserve pellet integrity)
• Counterflow cooler
• Vacuum coater or drum coater for adding oils after drying
• Control system with recipe management

For 1.5-2 T/H, you’re looking at the SPHS120 extruder at $45,000-$60,000, plus another $80,000-$120,000 for the rest of the line depending on automation. Total investment for a complete floating fish feed line in Germany at this capacity runs $125,000-$180,000.

We’ve done several installations for trout farmers in Schleswig-Holstein and Bavaria. The key advantage of producing your own feed is controlling freshness—fish feed degrades over time, and making it fresh improves feed conversion. Several of our German customers report better growth rates with on-site produced feed versus purchased.

Municipal green waste is variable—you’ll have leaves, grass, small branches, maybe some soil contamination. Clean construction wood is easier. For 8-10 T/H of finished pellets, you need to size each piece of equipment for the bottlenecks.

Typical setup:

1. Receiving and sorting – Manual or mechanical removal of contaminants
2. Primary shredder/chipper – Our XPJ1200*500 drum chipper handles up to 500mm material, 200kW, $55,000-$80,000
3. Magnetic separator – To remove nails and metal from construction wood
4. Rotary drum dryer – Green waste can be 40-60% moisture. φ1.8*36 or triple-pass equivalent, $120,000-$160,000
5. Hammer mill – SFSP66*150 with 160-220kW, $40,000-$55,000
6. Pellet mill – MZLH768 with 315kW, $72,000-$95,000
7. Counterflow cooler – SKLF28*28 or 32*32, $13,000-$22,000
8. Screener – SFJZ150*2C, $6,000-$9,000
9. Bagging or bulk load-out – DCS-50P*2 for bags or silos for bulk

Footprint: you’re looking at roughly 500-800 square meters for equipment, plus storage for raw material and finished product. The dryer is the tallest piece—about 8-10 meters for a single-pass, 5-6 meters for triple-pass.

Total investment for a pellet machine in Germany installation at 8-10 T/H from mixed waste is $400,000-$700,000 depending on contamination levels and automation. German waste facilities we’ve worked with in NRW often qualify for renewable energy incentives, which helps the payback.

The MZLH678 wood pellet extruder machine at 200kW is rated 2.5-3.0 T/H on wood, so it’s a good fit for your target. For mixed softwood/hardwood, we typically recommend a compression ratio in the middle—around 1:6 or 1:7. Softwood (spruce, pine) pellets well at lower ratios, hardwood (beech, oak) needs higher compression to get good binding. The compromise ratio works well if your mix is reasonably consistent.

If the mix varies significantly (some weeks 80% softwood, others 80% hardwood), you might want two dies and swap based on the batch. Die changes on the MZLH678 take about 30-45 minutes with two people and a die lifter. We can supply a spare die at purchase time—add $1,500-$2,500 depending on material (stainless or chrome-plated for hardwood).

For German customers with mixed feedstocks, we often recommend starting with a mid-range die, monitoring pellet quality and power consumption, then adjusting on the next die order. The MZLH678 is popular in Bavaria and Baden-Württemberg where both softwood and hardwood sawmills operate. For a complete pellet machine in Germany installation at 3 T/H, the pellet mill runs $60,000-$78,000.

Yes, we’ve worked with several pet food manufacturers in Germany on high-meat formulations. Fresh meat at high inclusion rates (30-50%) changes the extrusion dynamics significantly.

For your scale (1-2 T/H), the SPHS120 twin-screw at 90kW is a good fit. But for high fresh meat, you need:

• Pre-grinding – Meat needs to be ground to a consistent particle size, typically through a 3-5mm plate
• Preconditioning – Our standard conditioner works, but we often add a separate fat/melt injection system for meat slurries
• Twin-screw configuration – The screw profile needs more mixing elements rather than just conveying to handle the sticky, high-moisture mix
• Drying – Belt dryer with gentle air flow (DHG or QHG series) because high-meat kibble is fragile

We’ve done installations for pet food startups in Berlin and Hamburg. The typical line: meat grinder, dry ingredient handling, mixer, preconditioner, pet food extruder machine, belt dryer, cooler, fat coater, packaging. For 1-2 T/H with high meat inclusion, total investment runs $200,000-$300,000 depending on automation and food-grade requirements (stainless steel throughout).

The key advantage of making your own in Berlin is freshness—you can produce smaller batches more frequently than buying from large manufacturers. Several of our German pet food customers market this as “kitchen-fresh” and get premium pricing.

Layer feed with added calcium (usually limestone or oyster shell) is indeed abrasive. The calcium particles are hard and will wear dies faster than standard grain-based feed. For this application, we recommend:

• Stainless steel dies – Better wear resistance than carbon steel
• Thicker dies – More working length means more compression but also more material to wear through
• Chrome-plated or tungsten carbide inserts – For the highest wear areas

For 8-10 T/H, you’re looking at our SZLH420 or SZLH508. The 420 at 110kW does 10-12 T/H on standard feed, so with calcium inclusion you might be at 8-10 T/H depending on percentage. The 508 at 160kW gives you more headroom.

Die life on high-calcium layer feed is typically 800-1200 tons versus 1500-2000 tons on standard feed. It’s a cost of doing business, but making your own feed still pencils out for 200,000 layers—you’re probably using 8-10 tons per day, so you’d go through a die every 3-4 months.

For a complete pellet machine in Germany installation for layers, you’ll also need a good mixer (SLHSJ double-shaft recommended for even calcium distribution) and probably crumbling rolls if you feed crumbles to pullets. Total layer hen feed making machine investment for 8-10 T/H is $250,000-$350,000 depending on automation. We’ve done several in Lower Saxony and North Rhine-Westphalia.

A single pellet mill can handle the mix, but the ratio matters. Planer shavings are very light and need good compression; sanding dust is dense and flows easily. Mixed together, they actually complement each other—the dust fills the voids between shavings and helps binding.

For 1.5 T/H total, you’re looking at our MZLH420 (90kW, 1.0-1.2 T/H on wood) or MZLH520 (132kW, 1.5-2.0 T/H). The 520 gives you more capacity and handles the fluffy shavings better because it has a larger die area.

The key is the feeding system. Shavings and dust behave differently, so you need:

• A surge bin with live bottom to prevent bridging
• Variable-speed feeders to control the mix ratio
• Possibly a small mixer ahead of the pellet mill to blend them consistently

We’ve done several installations for furniture manufacturers in Baden-Württemberg and Bavaria. The typical setup: shavings and dust from collection systems go into separate bins, then are metered onto a common conveyor at a controlled ratio, then into the wood pellet maker machine. This lets you adjust the mix based on what’s in stock.

For a pellet machine in Germany installation at this scale, the MZLH520 runs $40,000-$52,000, plus another $15,000-$25,000 for the feeding system. Total around $55,000-$80,000 for the pelletizing part, plus cooler and screener if you don’t have them.

For 5 T/H finished pellets, you need to process about 10-11 T/H of wet chips at 50% moisture to get 5 T/H dry at 10% (since you’re removing 40% moisture). So your dryer needs to evaporate about 4-5 tons of water per hour.

Our φ1.8*18 single-pass dryer handles about 4-6 T/H of wood from 50% to 10%, so it’s a good fit. Price range $70,000-$95,000. The φ1.8*20 gives a bit more capacity ($80,000-$110,000) if you want headroom.

Yes, you can definitely use fines for fuel. In fact, we design the systems to recycle:

• Fines from the screener
• Dust from cyclones
• Sometimes overs from screening

These can be fed to a biomass burner that heats the dryer. This is common in German installations—it reduces operating cost and disposes of the fines internally. You’ll need a burner system sized for about 2-3 million kcal/h for that dryer. Budget $30,000-$50,000 for the burner and controls depending on fuel handling.

For a complete pellet machine in Germany line at 5 T/H with drying, total investment including chipper (if needed), dryer, hammer mill, wood pelletizer, cooler, screener, and burner is $400,000-$600,000 depending on automation. We’ve done several in Bavaria and Lower Saxony.

Mixed bale types are common in German cooperatives—some members use round balers, some square. For your scale (3-4 T/H), you need a bale breaker that handles both without manual intervention.

Our heavy-duty bale breaker handles round bales up to 1.5m diameter and square bales up to 1.2m. It has adjustable speed and can be set to break bales at a consistent rate. Price range $15,000-$25,000 depending on automation. You’ll also need a conveyor to feed it and a metal detector—hay can have wire or twine remnants.

For storage before the dryer, you want at least 2-3 days of buffer. At 3-4 T/H, if you run 8 hours, that’s 24-32 tons per day. So 50-100 tons of storage gives you flexibility—you can receive bales when farmers deliver, not just when you’re running. Covered storage is essential; hay absorbs moisture from rain.

The complete forage line for 3-4 T/H would be:

• Bale breaker with metal detector
• Hammer mill with 8-12mm screens for coarse chop
• Possibly a dryer if hay is over 18% moisture
• CZLH678 pellet mill (4-5 T/H on forage)
• Counterflow cooler
• Screener
• Bagging or bulk storage

For a pellet machine in Germany installation at this scale, the CZLH678 runs $60,000-$78,000, and complete line $250,000-$350,000. We’ve done several Allgäu cooperatives—they typically run in summer after first cutting when hay quality is highest.

Straw is different from wood. It’s fibrous and lighter, but it actually takes similar power per ton because the fibers are tougher to tear apart. For wheat straw, you’ll likely see slightly lower throughput than wood with the same motor—maybe 2.5-3.5 T/H versus 3-4 T/H for wood, depending on screen size.

The SFSP66*100 at 90-110kW is a good match for your target if you’re looking at 3 T/H. Key differences for straw:

• You’ll want larger screens initially (8-12mm) then potentially finer for final grind
• Aspiration is critical—straw creates more dust and needs good air flow to pull material through the screen
• Hammer configuration can be optimized for straw (more hammers, different arrangement)

For a complete pellet machine in Germany line processing straw, the hammer mill is just one piece. You’ll also need a bale breaker, the CZLH pellet mill with forced feeder, cooler, and screener. The SFSP66*100 hammer mill itself runs $22,000-$30,000.

We’ve supplied many straw grinding setups in Brandenburg and Mecklenburg-Vorpommern for both bedding and biomass. Wheat straw is actually one of the easier straws—barley is similar, rapeseed is tougher.

The SZLH768 at 315kW is rated 38-40 T/H on standard feed, so it’s oversized for your 25 T/H target—that’s fine, running below capacity extends die life and reduces maintenance. For a mill this size, you’re looking at a complete system with multiple bins, automatic batching, and full automation.

Yes, we can integrate Siemens PLCs—this is common for German customers who want to standardize on Siemens for spares and programming. Our control systems are built around Siemens S7-1200 or S7-1500 depending on complexity, with WinCC or TIA Portal visualization. We can also provide OPC UA interfaces for connection to your central SCADA or ERP system.

Remote monitoring is standard—we set up VPN access or cloud-based dashboards showing:

• Production rates per shift
• Energy consumption per ton
• Batch reports with ingredient usage
• Alarm history
• Maintenance reminders

For a 25 T/H feed mill, the SZLH768 animal feed granulator runs $72,000-$88,000, but the complete plant with intake, cleaning, 20+ ingredient bins, automatic batching, mixer, cooler, crumble rolls, screener, and bagging runs $700,000-$900,000 depending on automation level. We’ve done several large mills in Saxony-Anhalt for poultry and swine integrators.

Yes, absolutely. In fact, using CHP waste heat is the most economical way to dry digestate—the heat is essentially free once you’ve generated power. We configure our rotary dryers for waste heat by:

• Using a hot water or thermal oil heat exchanger instead of a direct-fired burner
• Increasing the heat exchange surface area because waste heat is lower temperature (typically 80-90°C water vs. 400-500°C combustion)
• Adding more fans to move more air since the temperature differential is lower

For digestate at 65% moisture, you’ll need about 1.2-1.5 kWh of thermal energy per kg of water evaporated. With CHP waste heat, that’s energy you’re already producing. The dryer itself needs to be sized larger for the same capacity because the lower temperature means slower drying.

For 1-2 T/H of dried digestate (from 65% to 15%), a φ1.5*15 or φ1.8*18 dryer configured for waste heat would work. Price range $50,000-$95,000 for the dryer, plus heat exchanger and controls. The FZLH pellet mill after drying is the same as standard.

We’ve done several CHP-coupled digestate drying systems in Hesse and Lower Saxony. The economics are attractive—you’re converting a waste stream (digestate) into a saleable product (fertilizer pellets) using energy you’d otherwise vent. For a complete pellet machine in Germany installation at a biogas plant, total investment is $150,000-$250,000 depending on capacity.

The DCS-50P*2 is a dual-station belt-fed machine rated 10-12 bags per minute. For 6 T/H in 15kg bags, that’s 400 bags per hour, or about 6-7 per minute—well within its capacity. For 500kg big bags, you’d run much slower because each bag takes longer to fill and move.

Changeover between bag sizes involves:

• Adjusting the weigh hopper settings (done through the touchscreen)
• Changing the bag clamp size (15-30 minutes with tools)
• Adjusting the conveyor height if needed

The DCS-50P*2 can handle both, but for efficient operation, you might want to run 15kg bags in dedicated campaigns (like a full shift) and switch to big bags for another shift. Constant switching slows you down.

For your 6 T/H complete wood pellet plant, the complete bagging setup would be:

• DCS-50P*2 dual-station machine: $14,000-$20,000
• Heat sealer or sewing machine (depending on bag type): $1,500-$3,500
• Optional automatic bag hanger: $5,000-$10,000 if you want full automation

We’ve supplied many of these to German pellet producers. The dual-station lets one operator handle two bags simultaneously—they hang one, it fills, they hang the other, etc. For a pellet machine in Germany line at 6 T/H, this is the standard bagging solution.

A complete line includes raw material receiving, grinding, mixing, extrusion, drying, cooling, coating, and packaging. Below are budget ranges for complete floating fish feed machine in Germany installations, broken down by capacity and technology.

What’s Included in a Complete Line

Before we get to numbers, here’s what’s typically in a full fish feed production machine in Germany package:

• Raw material intake – receiving pit, screw conveyor, bucket elevator
• Cleaning section – magnetic separator, rotary screener
• Grinding system – fine-grinding hammer mill with cyclone and dust control
• Batching and mixing – multi-scale batching system, ribbon or paddle mixer, liquid addition system
• Extrusion system – conditioner, extruder (single or twin-screw), variable-speed cutter
• Drying system – belt dryer or vertical dryer with temperature control
• Cooling system – counterflow cooler
• Coating system – vacuum coater or drum coater for fats and oils
• Screening – vibrating screener to remove fines
• Packaging – automatic bagging scale or big bag filler
• Control system – PLC with recipe management, typically Siemens or similar for German customers
• Steel structure – platforms, stairs, supports
• Pneumatic conveying – for moving material between sections
• Dust collection – throughout the line to meet German workplace safety standards

So when we talk about fish feed machine price in Germany, we’re talking about a complete engineered system, not just a box of parts.

Single-Screw Extruder Lines (Complete Plants)

These are suitable for medium-scale production, good for floating feeds with moderate fat content. The single-screw extruder is simpler, less expensive, and easier to operate, but less flexible than twin-screw for high-fat or complex formulations.

Complete Line Pricing – Single Screw Floating Fish Feed Machine in Germany (FOB USD)

German customers starting out in aquaculture feed often look at the 500-600 kg/h range. That gives you about 4-5 tons per day running one shift—enough to supply a decent cluster of trout farms or a small pet food line. The single screw fish feed machine price in Germany at this level lands around $70,000-$100,000 for the complete installation.

Twin-Screw Extruder Lines (Complete Plants)

Twin-screw is the standard for commercial floating fish feed. You get precise control over density (floating, slow-sink, sinking), better handling of high-fat formulations, and the ability to switch between fish feed and pet food with recipe changes. The investment is higher, but so is the flexibility and product quality.

Complete Line Pricing – Double Screw Floating Fish Feed Machine in Germany (FOB USD)

The jump from 1.5 T/H to 3.0 T/H looks smaller in capacity than in price—that’s because at the 3.0 T/H level, you’re moving from basic automation to full PLC control with recipe management, larger dryers, and more sophisticated coating systems. German customers targeting the premium organic fish feed market often land in the 1.5-3.0 T/H range, investing $500,000-$650,000 for a line that can produce consistent, high-quality floating feed with full traceability.

What Drives the Price Differences

Looking at these ranges, you might wonder why a 2.0 T/H line costs $440,000-$560,000 while a 4.0 T/H floating fish feed production line is only slightly more. A few factors:

• Extruder size – The SPHS150*2 (3-4 T/H) is a bigger machine but not double the cost of the SPHS120*2 (1.5-2.0 T/H)
• Dryer configuration – At 4 T/H, you need a multi-pass belt dryer with precise zoning; at 2 T/H, a simpler dryer may suffice
• Automation level – Larger lines typically include more sensors, better reporting, and integration with existing plant systems
• Material handling – Bigger lines need larger bins, heavier conveyors, more robust structures
• Coating system – Higher capacity requires vacuum coaters for proper fat absorption, which are expensive

For a floating fish feed machine in Germany, German customers also need to factor in:

• Shipping – $5,000-$15,000 for a 20ft or 40ft container to Hamburg or Bremerhaven
• EU import duty – ~1.7% for machinery
• VAT – 19% (recoverable for businesses)
• Installation – If we send a team, typically $300-$500 per day plus travel, or you can use local contractors with our supervision
• Building and utilities – Power, water, steam, compressed air requirements

Smaller Scale Options

If you’re just starting and the 0.5-1.0 T/H twin-screw line at $150,000-$200,000 is too much, the single-screw lines at 200-400 kg/h ($60,000-$80,000) are a viable entry point. Several German trout farms have started this way, producing their own floating feed for on-farm use, then expanding as they prove the market.

The fish feed machine price in Germany at this smaller scale is accessible for a farm cooperative or a group of producers sharing the investment.

Custom Configurations

These are our standard line packages, but we regularly customize for German customers:

• Organic certification requirements – Stainless steel contact surfaces, documented cleaning procedures
• Special ingredients – Lines for insect protein, algae, or other novel feeds
• Energy efficiency – Heat recovery from dryers, variable frequency drives on all motors
• Space constraints – Compact layouts for fitting into existing buildings
• Multi-species flexibility – Quick-change extruder screws and dies for switching between trout feed and pet food

The floating fish feed machine price in Germany for a custom configuration will be different from standard catalog pricing.

If you’re planning a project and want a proper quote for a complete fish feed production machine in Germany, tell us:

• Target capacity (tons per hour or per year)
• Main species (trout, carp, shrimp, etc.)
• Feed type (floating, sinking, slow-sink)
• Main ingredients (fishmeal %, grain sources, oil content)
• Your facility constraints (space, power available, steam source)
• Quality requirements (organic, specific certifications)

Then we can work up a detailed proposal with equipment list, layout, and pricing that actually matches your production goals and budget.

When people start looking at feed production line in Germany options, they quickly realize the price depends heavily on what level of automation they want, whether they need just mash or pellets, and how much of the work they’re willing to do manually. Below is a breakdown of what we typically see for different scales.

Small-Scale Lines – Flat Die Systems

For a farm just getting into home mixing, or a small cooperative, the entry point is often a flat die line. These are simple, low-maintenance, and can produce both mash and pellets by swapping the die.

A complete flat die line includes:

• Hammer mill for grinding grains
• Horizontal mixer for blending
• Flat die pellet mill with interchangeable dies
• Basic control panel

Complete Flat Die Feed Line Prices (FOB USD)

For a German pig farm with 500-800 animals, the middle option often makes sense. You get enough pellet capacity for finishing feed, and you can still produce mash for sows if that’s your preference. The small scale feed mill in Germany at this level is a manageable investment for a family farm.

Commercial Lines – Ring Die Systems

Once you’re producing feed for sale, or for a large integrated operation, you move to ring die technology. These lines include weighing systems, better automation, and higher efficiency. The price range at any given capacity is wide because you can choose different levels of automation and equipment quality.

A complete ring die line typically includes:

• Raw material intake and cleaning
• Weighing system (manual or automatic batching)
• Hammer mill (fine or coarse grind as needed)
• Ribbon or paddle mixer with liquid addition
• Ring die pellet mill with conditioner
• Counterflow cooler
• Crumble roll option for poultry starters
• Screening system
• Control system (basic relay or full PLC)

Complete Ring Die Feed Line Prices (FOB USD)

Why Such Wide Ranges?

German customers often ask why a 10 T/H line can cost anywhere from $170,000 to $320,000. A few reasons:

• Automation level – Manual batching with floor scales costs much less than automatic weighing with 20+ ingredient bins and PLC control. German farms often start with semi-automatic and upgrade later.
• Building integration – A line that needs to fit into an existing barn with low ceilings requires custom engineering. New-build facilities with proper headroom use standard designs that cost less to install.
• Material of construction – Stainless steel for corrosive ingredients (like some minerals) adds cost. Carbon steel with proper coating is standard.
• Origin of components – German customers sometimes specify European motors (Siemens, ABB) or control components, which add cost compared to standard Chinese components but simplify local servicing.
• Additional equipment – Do you need liquid addition? Fat coating? Crumble rolls? Each adds cost.
• Installation scope – Some customers want a containerized plug-and-play line; others want equipment only and handle installation themselves.

What the Price Includes

For the ring die animal feed production plant in Germany prices above, the equipment includes:

• All major processing machines
• Conveying between machines (screw conveyors, bucket elevators)
• Structural supports and platforms
• Basic electrical control panel
• One set of dies and rollers

Not included:

• Building or civil works
• Electrical installation beyond the control panel
• Air compressor (if needed for automation)
• Installation supervision (can be arranged separately)
• Shipping, insurance, import duties, VAT

Small Farm vs. Commercial – Which Makes Sense?

If you’re a single farm in Lower Saxony producing feed for your own animals, the flat die line at $12,000-$17,000 is likely sufficient. You’ll spend more time changing dies and managing batches, but the investment is low.

If you’re a cooperative of 5-10 farms or a small feed mill supplying local producers, the 3-4 T/H ring die line in the $100,000-$150,000 range is a common sweet spot. That gives you enough capacity to run a couple of shifts per week and produce consistent, high-quality pellets.

If you’re supplying multiple integrators or looking at retail sales, the 10-15 T/H range with full automation ($250,000-$400,000) is where you need to be. German feed safety standards (QF) require traceability and consistency that only automated systems can provide reliably.

Custom Configurations

These are our standard packages, but we regularly customize for German customers:

• Organic certified lines – Stainless steel contact surfaces, documented cleaning procedures, segregation for organic ingredients
• Multi-species flexibility – Quick-change dies and rollers, multiple liquid addition points
• Space-saving layouts – Vertical designs for tight footprints
• Energy efficiency packages – VFDs on all motors, heat recovery systems
• Remote monitoring – IoT-ready controls for monitoring production from your phone

The livestock feed line price in Germany for a custom configuration will be different from standard catalog pricing.

If you’re planning an animal feed pellet plant project and want a proper quote for a feed production line in Germany, tell us:

• Target species (pigs, poultry, cattle, mixed)
• Desired capacity (tons per hour or per year)
• Feed type (mash, pellets, crumbles)
• Main ingredients (grains grown on farm, purchased concentrates)
• Your facility constraints (space, power available, existing buildings)
• Quality requirements (organic, GMP+, QF certification goals)

Then we can work up a detailed proposal with equipment list, layout, and pricing that actually matches your farm’s needs and budget.

Green waste straight from landscaping is challenging for direct pelleting. Fresh grass and leaves are high in moisture (70-80%), and branches need chipping. The typical approach in Germany for this type of material is:

Option 1: Compost first, then pellet the compost. Composting reduces moisture to 30-40% and stabilizes the material. Then you dry further (to 15%) and pellet. Compost pellets are used as soil amendment, not fuel.

Option 2: Separate and process differently. Chip the woody material for biomass pellets. Compost the soft material separately. This gives you two product streams.

For 2-3 T/H of finished pellets, if you’re going the compost route, you need:

• Primary shredder for branches (XPJ series, $30,000-$60,000)
• Composting period (several weeks, not equipment)
• Dryer (φ1.5*15, $50,000-$75,000)
• Hammer mill (SFSP66*80, $15,000-$22,000)
• Pellet mill (FZLH420 for fertilizer, $26,000-$35,000)
• Cooler and screener

Total investment for a green waste pellet line is $150,000-$250,000 depending on how much composting infrastructure you already have. Several German landscaping companies in Rhineland-Palatinate have taken this approach to avoid paying landfill fees. The finished pellets sell to vineyards and organic farms as soil conditioner.

Yes, double-shaft is definitely better for molasses. The fluidized mixing zone created by two counter-rotating shafts handles sticky materials much more effectively than a ribbon mixer, which can get gummed up.

For 10 T/H feed line with 5-6% molasses, the SLHSJ4.0A (30kW, 2000kg batch) would be appropriate. You’ll also need:

• Molasses pump and metering system
• Spray nozzles inside the mixer
• Possibly heated lines if molasses is cold (German winters can thicken it)

The double-shaft design also gives faster cycle times—typical batch times of 2-3 minutes versus 4-5 minutes for ribbon. That matters for throughput.

For a complete feed mill with molasses addition, the SLHSJ4.0A mixer runs $18,000-$24,000. The molasses system adds another $5,000-$10,000 depending on automation. Total for a pellet machine in Germany feed line at 10 T/H with molasses capability is $250,000-$350,000.

We’ve done several cattle feed mills in Bavaria and Lower Saxony with molasses addition. The key is getting the liquid distributed evenly without clumping—the double-shaft does that well.

At 15-18%, you’re right at the upper limit for straw pelleting without drying. Some straw will pellet at 18% with the right die and good conditioning, but it’s risky—you may get soft pellets that break apart, or you may have plugging issues.

The safer approach is to blend. If some of your straw is 15% and some is 18%, you can blend to average 16-17% and run. Or you can add a small dryer just to take the edge off the wettest material. For 12 T/H, a φ1.8*20 dryer set to low temperature (just removing 2-3% moisture) would give you consistency.

The CZLH768 at 315kW does 6-8 T/H on straw, so for 12 T/H you’d need two units or look at larger custom configurations. Two CZLH768 units in parallel is common for this scale—redundancy and flexibility.

For a complete straw pellet plant in Brandenburg at 12 T/H:

• Bale breakers (2 units)
• Hammer mills (2 units)
• Dryer (optional but recommended)
• Two CZLH768 pellet mills
• Two coolers
• Screening and bagging

Total investment for a pellet machine in Germany plant at this scale is $700,000-$900,000 depending on automation and whether you include drying. Several Brandenburg biomass plants run this configuration using local cereal and rapeseed straw.

A single twin-screw extruder can produce both floating and sinking feed by adjusting:

• Recipe formulation (floating needs higher starch gelatinization)
• Moisture content in the preconditioner
• Screw speed and configuration
• Die design
• Cutter speed

The SPHS75 twin-screw at 55kW does 0.5-1.0 T/H, perfect for your 1 T/H total. You’d run floating feed for a few hours, then adjust parameters and run sinking for the next batch. Changeover time is about 30-60 minutes to purge and reset.

For a complete aquafeed line at 1 T/H:

• Fine-grinding hammer mill (0.8mm screen)
• Batch mixer for small batches
• SPHS75 extruder
• Belt dryer (gentle drying, 40-60°C)
• Cooler
• Oil coater
• Control system with recipe storage

Total investment $150,000-$200,000. Several German trout farms in Bavaria and Schleswig-Holstein run this setup, producing both feed types from the same line. The flexibility of twin-screw makes it possible—single-screw extruders are more limited in density control.

Yes, paper rejects can be pelleted for fuel. The main differences from wood:

• Paper has higher ash content (clays and coatings)
• It can contain plastics (some rejects have contamination)
• It’s less abrasive than wood generally
• Bulk density is lower

For 4 T/H, you’re looking at our MZLH678 at 200kW. The die selection is important—paper needs good compression but not as much as wood. We typically recommend a mid-range compression ratio and stainless steel dies because paper can be slightly corrosive depending on coatings.

The bigger issue is contamination. If your rejects contain plastics, you need:

• Screening to remove large plastic pieces
• Possibly density separation
• Melt filtration if plastic content is high (though for fuel, some plastic is okay—it adds BTUs)

For a paper pellet line in Germany, you’d have:

• Shredder/grinder for bales
• Hammer mill with 6-8mm screens
• MZLH678 pellet mill
• Cooler
• Screener
• Bagging or bulk load-out

Total investment $300,000-$400,000. We’ve supplied several paper recycling facilities in NRW with this configuration. The pellets go to industrial boilers or cement kilns as alternative fuel. The economics work because you’re avoiding landfill costs and producing a saleable product.

In our experience with German forage processors, the hammer mill is often the bottleneck if it’s undersized—fibrous materials like straw and hay take more energy to grind than grain. Below are the specifications and price ranges for our SFSP series water-drop hammer mills, which are what we typically send to Germany for grass, straw, and forage applications.

SFSP Series Hammer Mills – For Fibrous Materials

These are wide-chamber hammer mills designed specifically for materials that need more screen area to get the job done. The “water drop” shape gives even distribution across the screen, which matters when you’re grinding stuff that doesn’t flow like grain.

Key features for German customers:

• Wide crushing chamber – Handles the low bulk density of chopped straw and grass
• Screens from 0.5mm to 20mm – You can go fine for feed pellets or coarse for bedding
• Suitable for materials up to 5cm – Most baled and chopped forage fits this spec
• Heavy-duty bearings – Fibrous materials put more load on the rotor

SFSP Series Specifications & Price Ranges (FOB USD)

What These Prices Include

For the grass hammer mill in Germany prices above, the equipment includes:

• Complete hammer mill with rotor, bearings, and housing
• Main motor (power as specified)
• One set of screens (your choice of hole size)
• Set of hammers installed
• V-belt drive and guard
• Base frame

Not included:

• Infeed and discharge conveyors
• Cyclone and air assist system (recommended for fine grinding)
• Electrical control panel beyond basic starter
• Installation
• Shipping and import costs

Matching the Mill to Your Material

German customers often ask about the wide capacity ranges—why does a 90kW mill do anywhere from 2.0 to 4.0 T/H? A few factors:

• Screen size – A 3mm screen for fine feed pellets cuts capacity by half compared to an 8mm screen for coarse bedding. The industrial grass grinding machine in Germany needs to be sized for your smallest screen requirement, not your average.
• Material moisture – Dry straw at 12% moisture grinds much faster than slightly tough material at 18%. German farmers baling their own hay sometimes see moisture variation of 5-7% depending on the season.
• Fiber type – Alfalfa grinds easier than wheat straw, which grinds easier than rapeseed straw. If you’re running multiple materials, size for the toughest one.
• Desired particle size – The forage hammer mill in Germany for 1mm feed particles needs more power than the same mill doing 8mm bedding material.

Common Configurations for German Applications

Small Farm / Mixed Operation – 1-2 T/H
For a farm in Bavaria with 50-100 hectares of grassland, processing hay for their own cattle and some surplus for sale, the SFSP56*40 or SFSP66*60 is usually right. The grass grinder machine in Germany at this level runs $8,000-$18,000 depending on whether you need the extra width for straw. Many start with the 37kW unit and a set of 4mm and 8mm screens for flexibility.

Medium Commercial / Regional Supply – 3-5 T/H
For a forage processor selling to multiple farms or a cooperative pooling production, the SFSP66*100 at 90-110kW hits the sweet spot. The high capacity grass hammer mill in Germany in this range ($25,000-$35,000) can run a full shift and keep up with a 3-5 T/H pellet line. German customers in this segment usually want the wider chamber (1000mm) to handle the occasional bale of tough rapeseed straw without bogging down.

Large Commercial / Industrial – 6-8 T/H
For a dedicated feed plant or large-scale biomass operation, the SFSP66*150 with 160-220kW is the choice. The commercial grass grinding machine in Germany at this level ($45,000-$60,000) is typically paired with a fully automated bale breaking and dosing system. These customers often run 20+ hours per week and need the reliability of the larger bearings and heavier construction.

Why Width Matters for Grass and Straw

The SFSP series keeps the same rotor diameter (660mm) but increases chamber width. For fibrous materials, width is your friend. A wider chamber gives more screen area, which means the ground material can exit faster. This prevents the mill from “choking” on its own output—a common problem with narrow mills grinding fluffy straw.

For a grass hammer mill for feed production in Germany, the 800mm and 1000mm widths are popular because they handle the low bulk density without requiring a massive motor. You’re buying square meters of screen area, not just kilowatts.

Screen Selection and Particle Size

All SFSP mills accept screens from 0.5mm up to 20mm. Common applications:

• 0.8-1.5mm – Fine feed for poultry, pig starters, fish feed (needs air assist)
• 2.0-3.0mm – Standard ruminant feed, most pelleted forages
• 4.0-6.0mm – Coarse feed, some bedding applications
• 8.0-12mm – Horse bedding, biomass fuel, some biogas substrate
• 12-20mm – Very coarse chop for specialized applications

The alfalfa hammer mill in Germany for dairy feed typically runs a 2-3mm screen. For hay hammer mill in Germany producing horse bedding, 8-10mm is common.

Integration with Your Pellet Line

When you’re designing a complete grass pellet plant in Germany, the hammer mill needs to be sized to feed the pellet mill continuously. A rule of thumb we use:

• For 1 T/H pellets, you need about 1.2-1.5 T/H grinding capacity (accounting for downtime and screen changes)
• For 3 T/H pellets, the SFSP66*100 at 90kW is a safe bet
• For 5-6 T/H pellets, step up to the SFSP66*150

The straw crusher machine Germany installations we’ve done almost always include a buffer bin between the hammer mill and the pellet mill. This lets you run the grinder in batches while the pellet mill runs continuously—important because grinding power demand spikes and you don’t want that affecting pellet quality.

Custom Configurations

These are our standard ranges, but we regularly customize for German customers:

• Stainless steel contact surfaces – For organic certification or corrosive materials
• Heavy-duty hammers – Tungsten carbide tips for abrasive materials like rapeseed straw or mineralized biomass
• Automated screen change – For facilities switching frequently between product types
• Explosion protection – Required for some biomass applications under German safety regulations (ATEX)
• Frequency inverters – For variable speed control to optimize power use with different materials

The industrial grass hammer mill in Germany price for a custom configuration will be different from standard catalog pricing.

If you’re planning a project and want a proper quote for a grass hammer mill in Germany, tell us:

• Your target capacity (tons per hour)
• Main materials (alfalfa, clover, wheat straw, rapeseed straw, etc.)
• Typical moisture content of your material
• Desired output particle size
• Whether you’re feeding a pellet line or producing loose material
• Your power available (voltage, phase)

Then we can recommend the right model and work up pricing that actually matches your forage processing needs.

The XPJ1200*500 has a 1200mm wide inlet and handles material up to 500mm diameter. For 400mm spruce, it’s suitable. The key numbers:

• Max diameter: 500mm (you’re at 400mm, fine)
• Main motor: 200kW
• Throughput: 15-25 T/H depending on material
• Knives: 14 fly knives, 3 anvil knives—good for consistent chip size

The XPJ850*600 has a smaller inlet (850mm) but handles up to 600mm diameter. It’s actually a different configuration—the 1200*500 is wider but shorter max diameter, the 850*600 is narrower but can take bigger individual pieces. For your 400mm trees, the 1200*500 is the better choice because the wider inlet lets you feed multiple smaller pieces alongside the big ones.

Price range for XPJ1200*500: $55,000-$80,000. Add $5,000-$10,000 for infeed conveyor and controls.

For a complete forestry chipping operation in Bavaria, you’d also want:

• Metal detector (trees can have wire or nails)
• Discharge conveyor to stack or truck
• Possibly a screen to separate overs

Several Bavarian forestry operations run this setup, chipping thinnings and whole trees for biomass plants or pellet mills. The chips go to local pellet producers or directly to biomass boilers.

For 80 horses, you’re probably using 2-3 tons of bedding per week depending on how often you clean. At 200-300 kg/h, running 2-3 hours a day, you’d produce your weekly needs easily.

Our MZLH320 at 22kW is rated 0.2-0.3 T/H on wood—perfect for your target. It includes the anti-bridging feeder and forced feeder, which you’ll want even for clean sawdust because it’s light. Price range $13,500-$18,000.

For a complete small bedding operation:

• MZLH320 pellet mill
• Small cooler (SKLF11*11, $4,000-$6,500)
• Small screener (SFJZ63, $2,000-$3,500)
• Bagging chute (manual is fine at this scale)

Total around $20,000-$28,000. You’d need sawdust delivered or from your own source. For horse bedding, you want softwood (spruce/pine) and pellets around 8-10mm diameter—we’d supply a die with larger holes than standard fuel pellets.

We’ve done several of these for German horse operations in Hesse and Bavaria. The economics work well—you’re paying maybe €200-300 per ton for sawdust versus €400-500 for purchased bedding pellets. Plus you control the quality—no dust, consistent size. The pellet machine in Germany for this application pays for itself in 1-2 years.

ENplus standards for wood pellets require essentially zero visible dust. For 6mm pellets, we typically recommend:

• Top screen: 8-10mm (removes any overs or fused pellets)
• Bottom screen: 2-2.5mm (removes fines and dust)

The SFJH series with gyratory motion is gentler than vibrating screens and does a better job of separating near-size material without breaking pellets. For 8 T/H, the SFJH125*2C (4kW, 8-15 T/H) is a good fit. Price range $7,000-$10,000.

Yes, we offer stainless steel screens—actually standard for all our screens. Carbon steel can rust from moisture in pellets, especially if they’re not completely cool. Stainless is worth the small upcharge for longevity.

For a complete ENplus-compliant line, you’d also want:

• Dust collection on the screen discharge
• Possibly a second screen for re-screening if you have quality issues
• Sampling ports for testing

The SFJH125*2C with stainless screens runs about $8,000-$11,000 depending on mesh sizes. For a wood pellet processing plant in Germany installation at 8 T/H, this screen is essential for meeting German market expectations. Several of our customers in Lower Saxony and Bavaria use this exact setup and pass ENplus audits consistently.

When people start looking at biomass pellet plant Germany options, they’re often confused by why one 2 T/H line can cost $80,000 and another $350,000. The answer is in what’s included—and what condition your raw material is in. Below is a breakdown of complete plant prices by capacity, with explanations of what you get at different investment levels.

What’s Included in a Complete Biomass Pellet Plant

Before we get to numbers, here’s what we mean by a complete wood pellet plant in Germany:

• Raw material receiving – Infeed system, possibly with magnet to remove metal
• Size reduction – Hammer mill or chipper depending on incoming material
• Drying system – If your material is wet (most wood waste is 30-50% moisture)
• Pellet mill – With anti-bridging feeder and forced feeder for wood
• Cooling system – Counterflow cooler to bring pellet temperature down
• Screening – To remove fines before bagging or bulk storage
• Packaging or storage – Bagging station, big bag filler, or silo
• Dust collection – Throughout the plant for safety and cleanliness
• Control system – From basic manual to full PLC automation
• Conveying – Between all stations (screw conveyors, bucket elevators)

The wide price ranges come from whether you need all of these, and at what quality level.

Complete Biomass Wood Pellet Plant Prices (FOB USD)

Why Such Wide Ranges at the Same Capacity?

German customers often ask why a 1.5-2.0 T/H biomass pellet manufacturing plant can be anywhere from $56,000 to $270,000. Here’s what drives that:

At the low end ($56,000-$100,000):

• Raw material is already dry (sawdust from kiln-dried wood, below 15% moisture)
• No dryer needed—just a hammer mill, pellet mill, cooler, and bagging
• Manual operation with basic controls
• Minimal automation, local panel only
• Standard carbon steel construction
• Simple building, no complex foundations

At the high end ($200,000-$270,000):

• Raw material is wet (chips or green sawdust at 35-50% moisture)
• Rotary drum dryer required, with burner and cyclone
• More powerful hammer mill for chipped material
• Full PLC automation with recipe management
• Stainless steel in critical areas for corrosion resistance
• Dust explosion protection meeting German safety standards
• Automated bagging or bulk load-out
• Steel structure and platforms included

The biomass pellet production line Germany investment is really about your raw material. Dry, clean sawdust from a furniture factory is cheap to process. Wet forest residue with bark and dirt costs much more.

What German Customers Typically Choose

Small Sawmill / Joinery Shop – 0.5-1.0 T/H
A furniture maker in the Black Forest with dry sanding dust and planer shavings often lands in the $40,000-$80,000 range. They need a hammer mill to even out particle size, a pellet machine in Germany with forced feeder, a cooler, and a bagging station. No dryer needed because their material is already dry from indoor storage.

Medium Sawmill / Cooperative – 2.0-3.0 T/H
A sawmill cooperative in Bavaria processing their own sawdust and buying some from neighbors typically invests $150,000-$250,000. The material is a mix—some dry, some green. They might need a small dryer for the wet fraction, or they blend to manage moisture. They usually want semi-automatic operation with basic PLC.

Commercial Biomass Producer – 5.0-6.0 T/H
A dedicated pellet company in Lower Saxony sourcing forest residues and sawmill waste will be in the $400,000-$570,000 range. This includes a full drying system, automated grinding, the pellet mill with heavy-duty gearbox, and complete automation for consistent ENplus quality. These plants run 24/7 during peak season and need the reliability that comes with higher-end components.

The Dryer Question

For wood pellet plant Germany projects, the single biggest cost variable is whether you need drying. A complete drying system—drum dryer, burner, cyclone, fans, controls—can easily double the equipment cost. German customers with wet material sometimes consider:

• Buying dry sawdust from furniture makers (higher material cost, lower equipment cost)
• Investing in covered storage to let material air-dry over summer
• Using waste heat from a CHP unit to run the dryer (common with biogas plant owners diversifying into pellets)

Automation and Certification

German customers targeting ENplus or DINplus certification need:

• Consistent moisture control (automated dryer control)
• Consistent pellet quality (PLC with recipe memory)
• Dust control throughout
• Metal detection to protect equipment and meet quality standards

This adds cost but is necessary for the premium market. Residential pellet customers in Germany expect a consistent product, and certification is the price of entry.

Building and Infrastructure

The equipment prices above are FOB—loaded on a container in Qingdao. German customers need to add:

• Shipping to Hamburg or Bremerhaven ($5,000-$25,000 depending on container count)
• EU import duty (~1.7%)
• VAT (19%, recoverable for businesses)
• Site preparation (concrete, steel building, power connection)
• Installation (either our team or local contractors with our supervision)
• Permitting (emissions, noise, building permits)

A rule of thumb: total project cost in Germany is typically 1.5-2.0x the FOB equipment price, depending on how much site work is needed.

Small-Scale Entry Points

If you’re just starting and the $160,000+ for a 5 T/H line is too much, the 0.5-1.0 T/H range at $40,000-$80,000 is a viable entry point. Several German joinery shops and small sawmills have started this way, proving the market before scaling up. The small biomass pellet plant Germany investment at this level is manageable, and you can often add capacity later by adding another pellet mill or expanding the front end.

Custom Configurations

These are our standard plant packages, but we regularly customize for German customers:

• Moisture management – Different dryer configurations for variable raw material
• Bark processing – Special hammer mills for debarked versus bark-inclusive material
• Space constraints – Vertical layouts for tight footprints in existing buildings
• Energy efficiency – Heat recovery from dryers, VFDs on all motors
• Certification-ready – Designed to meet ENplus, DINplus, or biomass institute standards
• Multi-fuel capability – Ability to switch between wood, straw, and other biomass

The biomass wood pellet plant price in Germany for a custom configuration will be different from standard catalog pricing.

If you’re planning a project and want a proper quote for a wood pellet production line in Germany, tell us:

• Your target capacity (tons per hour or per year)
• Raw material type (sawdust, chips, forest residue, bark content)
• Raw material moisture (average and maximum)
• Raw material size (dust, chips up to what dimension)
• Your site conditions (space, power available, existing buildings)
• Quality targets (ENplus, DINplus, or local heating market)
• Whether you need drying

Then we can work up a detailed proposal with equipment list, layout, and pricing that actually matches your raw material and production goals.

When German farmers start looking at forage pellet line Germany options, the biggest variable isn’t the pellet mill—it’s what happens before the material gets to the die. Your raw material form (bales vs. loose), moisture, and fiber type determine the front-end equipment you need. Below is a breakdown of complete grass pellet plant Germany prices by capacity, with explanations of what’s included and why the ranges are wide.

What’s Included in a Complete Grass Pellet Line

A full alfalfa pellet production line Germany typically includes:

• Bale breaking – For round bales, square bales, or both
• Size reduction – Hammer mill with screens sized for your target particle size
• Drying – If your forage is above 15-18% moisture (most baled hay is 15-20%, but fresh-chopped can be 70%)
• Buffer storage – Between grinding and pelleting for continuous operation
• Pellet mill – CZLH series with forced feeder for fibrous, low-bulk-density material
• Cooling – Counterflow cooler for pellet hardening
• Screening – To remove fines before bagging
• Bagging or bulk storage – Depending on your market
• Dust control – Throughout the line

The wide price ranges come from whether you need drying, what kind of bale handling you require, and your automation level.

Complete Grass & Forage Pellet Line Prices (FOB USD)

Why Such Wide Ranges at the Same Capacity?

German forage producers often ask why a 1-6 T/H line can range from $99,000 to $220,000. Here’s what drives that spread:

At the lower end ($99,000-$150,000):

• Your forage is already baled and dry (15-18% moisture, no drying needed)
• You have consistent bale type (all square bales, or all round, not both)
• Manual bale loading, basic bale breaker
• Standard hammer mill with one or two screen sizes
• Semi-automatic operation with basic controls
• Simple bagging station

At the higher end ($180,000-$220,000):

• Variable bale types requiring adjustable bale breaker
• Material sometimes wetter (20-25%) requiring at least a low-temperature dryer
• Higher automation with PLC and recipe storage
• Stainless steel in critical areas for organic certification
• More sophisticated dust control for German workplace safety
• Automated bagging or big bag filling
• Integration with existing farm management systems

The grass pellet production line Germany investment really depends on your specific raw material situation.

Raw Material Considerations for German Forage Processors

Bale Type Matters

• Round bales – Common in Germany for hay and straw. Need a bale breaker with good pickup and consistent feed rate.
• Square bales – More uniform, easier to handle automatically. Common for alfalfa and premium hay.
• Mixed – If you take both from different suppliers, you need a more flexible (and expensive) bale handling system.

Moisture Reality

• Field-dried hay in a good German summer: 15-18% – often pelletable directly
• Damp hay or late-cut material: 20-25% – needs at least some drying or blending with dry material
• Fresh-chopped grass for protein preservation: 65-75% – requires full drying system (major cost addition)

Fiber Content

• Alfalfa: Moderate fiber, grinds reasonably well
• Clover: Similar to alfalfa
• Meadow grass: Can be stemmy, needs proper screen selection
• Timothy: Good fiber length for horses, needs careful grinding to preserve structure
• Straw (for blending): Higher lignin, more abrasive, requires heavier-duty hammers

For a straw and grass pellet line Germany, if you’re processing both, you need equipment rated for the tougher material.

What German Customers Typically Choose

Single Farm / Horse Operation – 0.5-2 T/H
A group of horse farms in Bavaria pooling their hay to produce consistent bedding or feed pellets typically lands in the $37,000-$80,000 range. They have dry hay in square bales, need a bale breaker, hammer mill, pellet machine in Germany with forced feeder, cooler, and bagging station. No drying needed. They run it in batches when they have time, not continuously.

Dairy Cooperative – 2-4 T/H
A group of organic dairy farms in the Allgäu region producing alfalfa and clover pellets for winter feed typically invests $150,000-$220,000. They have mixed bale types from different members, need a more robust bale breaker, and want semi-automatic operation. Some years the hay is drier than others; they might add a small dryer or just blend to manage moisture.

Commercial Forage Processor – 4-6 T/H
A dedicated forage company in Lower Saxony buying from multiple farms, drying and pelleting for the premium horse market, will be in the $300,000-$450,000 range. This includes full drying capability, automated bale handling, complete dust control, and PLC automation for consistent quality. They need to meet the demanding specifications of the German horse feed market—low dust, consistent pellet hardness, perfect moisture.

The Dryer Question

For grass pellet machine Germany projects, drying is the biggest cost variable. Options:

• No dryer – If you bale at 15-18% and store under cover, you can pellet directly. Lowest equipment cost.
• Low-temperature dryer – For material at 20-25%, gentle drying to preserve protein. Moderate cost addition.
• Full rotary drum dryer – For fresh-chopped material or consistently wet bales. Major cost addition ($50,000-$150,000 depending on capacity).

German organic dairy farmers often prefer field-wilted hay (no drying) to preserve the “organic” character, even if it means less consistent moisture. Conventional processors may dry to a precise 14% for guaranteed quality.

Pellet Size and Animal Type

The same forage pellet line Germany can produce different sizes:

• Horses – 6-8mm pellets, often with longer fiber length preserved (coarser grind)
• Cattle – 4-6mm pellets, finer grind for better rumen digestion
• Sheep/Goats – 3-4mm, can be smaller
• Rabbits/Small animals – 3-4mm, often with added minerals

Screen changes in the hammer mill and die changes in the pellet mill allow flexibility. German customers serving multiple markets usually want quick-change systems.

Straw and Mixtures

Many German forage lines also process straw—wheat, barley, or rapeseed—for:

• Bedding pellets (8-10mm, lower density)
• Feed blending (mixing with alfalfa to reduce protein content)
• Biomass fuel

If you plan to run straw, you need:

• Heavier-duty hammers (straw is abrasive)
• Possibly a different screen setup
• Forced feeder is essential (straw is very light)

The alfalfa and straw pellet line Germany price will be toward the higher end of the range for that capacity.

Custom Configurations

These are our standard packages, but we regularly customize for German customers:

• Multiple bale type handling – Adjustable bale breakers for round and square
• Protein preservation – Low-temperature drying systems for high-quality forage
• Organic certification – Stainless steel contact surfaces, documented cleaning
• Space-saving layouts – Vertical designs for tight farm buildings
• Mobile units – Trailer-mounted for shared use among multiple farms
• Energy efficiency – Heat recovery, VFDs on all motors

The grass pellet production line price in Germany for a custom configuration will be different from standard catalog pricing.

If you’re planning a project and want a proper quote for a forage pellet plant in Germany, tell us:

• Your target capacity (tons per hour or per year)
• Raw material types (alfalfa, clover, meadow grass, straw)
• Bale types (round, square, both)
• Typical moisture content at time of processing
• Target animals (horses, cattle, sheep, mixed)
• Desired pellet size
• Whether you need drying
• Your facility constraints (space, power, existing buildings)

Then we can work up a detailed proposal with equipment list, layout, and pricing that actually matches your forage and your production goals.

Yes, absolutely. QS certification requires:

• Batch-specific ingredient tracking
• Production records with timestamps
• Deviation reporting
• Calibration records
• Recall capability

Our control system (Siemens-based) provides all of this. For each batch, we record:

• Actual ingredient weights vs. target
• Mixing time
• Pellet mill parameters (temperature, motor load)
• Cooler discharge temperature
• Operator ID
• Timestamps for each step

Data is stored in SQL databases and can be exported to your ERP or QS documentation system. We can also set up alerts for deviations outside your specified ranges.

For 15 T/H, you’re looking at:

• SZLH558 pellet mill (185kW, 20-22 T/H) – $45,000-$55,000
• Complete line with intake, 12-16 bins, automatic batching, mixer, cooler, crumble rolls, screener, bagging
• Control system with full QS-compliant reporting

Total investment $400,000-$550,000 depending on automation level. We’ve done several QS-certified mills in Lower Saxony—the auditors appreciate the detailed batch records our system generates. The key is setting up the database structure correctly from the start, which we handle as part of commissioning.

Spent mushroom substrate (SMS) is challenging but pelletable. After mushroom harvest, the substrate has:

• Higher moisture (60-70% typically)
• Added nutrients (gypsum, lime, supplements)
• Possible residual mold or bacteria
• Reduced fiber content (mushrooms have broken down some cellulose)

The main challenges:

1. Moisture – You need serious drying. From 65% to 15% means removing 50% moisture. For 1 T/H of finished pellets, you need 2.5-3 T/H of wet SMS input.
2. Nutrient content – The added minerals can be abrasive. Stainless steel contact areas help.
3. Odor – Drying SMS can smell. German emissions regulations may require biofilters.
4. Variable composition – Different mushroom growers use different supplements, so consistency varies.

For your scale, you’d need:

• Dewatering press (to get from 65% to 50% mechanically)
• Rotary dryer (φ1.5*15 or larger)
• Hammer mill
• FZLH420 pellet mill (26,000-$35,000)
• Cooler and screener
• Biofilter or thermal oxidizer for odors

Total investment $200,000-$350,000 depending on emissions control. We’ve done a few SMS pellet lines in Europe, though not yet in Germany. The pellets have decent BTU value (similar to wood) and can be sold to biomass plants. The economics depend on avoiding disposal costs—many mushroom farms pay to have SMS hauled away.

For molasses at 8%, you need both pre-pelleting and post-pelleting addition—that’s too much to add all at once.

Typical approach:

• Pre-pelleting – Add 2-3% molasses in the conditioner or mixer. This helps binding and adds some energy. Too much before pelleting makes pellets soft and can plug dies.
• Post-pelleting – Add the remaining 5-6% in a coating drum after cooling. This preserves the molasses (less heat degradation) and lets you control final moisture.

The STHJ series is a high-speed continuous mixer designed specifically for molasses addition before pelleting. For 10 T/H, the STHJ40x250 (37kW, 20-25 T/H capacity) would handle the pre-pelleting portion easily. Price $15,000-$22,000.

For post-pelleting, you’d need a coating drum or vacuum coater. For 10 T/H, a simple drum coater runs $10,000-$15,000. Vacuum coating (for higher inclusion) costs more.

Complete setup for 8% molasses in a cattle feed line:

• STHJ molasses mixer before pellet mill
• Pellet mill (SZLH420 or 508)
• Cooler
• Screener
• Coating drum after cooler
• Molasses storage and pumping system (heated lines for German winter)

Total for a pellet machine in Germany line with molasses capability: $300,000-$400,000 depending on automation. Several German cattle feed mills in Bavaria and Lower Saxony use this configuration.

When German poultry farmers start looking at animal feed making machine price Germany, they quickly realize there are two different conversations: buying a stand-alone pellet mill to compress already-mixed feed, versus investing in a complete poultry feed production line Germany that takes raw grains all the way to finished pellets. Below is a breakdown of both options.

Single Poultry Feed Pellet Machines

These are stand-alone chicken feed machine in Germany options for farmers who already have their ingredients mixed (or buy premix) and just want to pelletize. They include:

• Conditioner for steam addition
• Ring die pellet machine
• Basic control panel
• One set of dies

You still need a mixer and grinder elsewhere in your operation, but this gives you pellet capability.

Single Poultry Feed Pellet Machine Prices (FOB USD)

The range is wide because:

• 1-2 T/H small mills for farm use: $7,500-$15,000
• 5-10 T/H medium mills for cooperative use: $25,000-$45,000
• 15-40 T/H large mills for commercial production: $60,000-$85,000

For a German broiler farm with 50,000-100,000 birds, a 3-5 T/H poultry feed making machine price in Germany in the $20,000-$35,000 range is typical. You’d pair this with an existing hammer mill and mixer, or buy premixed mash from a supplier and just pelletize it yourself.

Complete Poultry Feed Production Lines

This is the full system—from raw grain intake to bagged pellets. A complete feed mill machine in Germany includes:

• Raw material intake – Receiving pit, cleaning (magnet, screener)
• Grinding – Hammer mill with cyclone
• Batching and mixing – Scales, ribbon or paddle mixer, liquid addition
• Pelleting – Conditioner, poultry feed pellet making machinel, cooler
• Screening and packaging – Vibrating screener, bagging scale or bulk out-load
• Control system – From manual to full PLC automation
• Conveying – Between all stations
• Dust control – Throughout

Complete Poultry Feed Line Prices (FOB USD)

Why Such Wide Ranges at the Same Capacity?

German poultry farmers often ask why a 5-6 T/H poultry feed manufacturing plant cost can range from $80,000 to $250,000. Here’s what drives that:

At the lower end ($80,000-$120,000):

• Manual batching (operator weighs ingredients)
• Simple control panel, local operation
• Basic hammer mill, standard screens
• No liquid addition system
• Manual bagging
• Simple building, minimal automation

At the higher end ($200,000-$250,000):

• Automatic batching with 8-12 ingredient bins
• Full PLC control with recipe management
• Fine-grinding hammer mill for broiler feeds
• Liquid addition for fats and molasses
• Automated bagging or bulk load-out
• Stainless steel in critical areas
• Dust explosion protection meeting German safety standards
• Integration with farm management software

For a chicken feed machine price in Germany, the level of automation is the biggest cost driver.

What German Poultry Operations Typically Choose

Small Farm / Organic Niche – 1-2 T/H
An organic layer farm in Bavaria with 10,000-15,000 birds often starts with a complete line in the $40,000-$60,000 range. They need a hammer mill for their own grains, a mixer for minerals and supplements, and a pellet mill. They run it a few days a week, not continuously. Manual batching is fine because they have labor available.

Medium Integrator – 5-6 T/H
A broiler operation in Lower Saxony with 200,000-300,000 birds typically invests $150,000-$200,000 for a semi-automatic line. They need consistent quality, so automatic batching and PLC control are worth the investment. They run 8-10 hours a day, 5 days a week. The poultry feed machine price in Germany at this level includes good automation but not every bell and whistle.

Large Commercial – 10-15 T/H
A major integrator supplying multiple farms will be in the $300,000-$400,000 range for a fully automated line. This includes everything: automatic ingredient intake, multiple bins, full PLC, liquid coating, automated packaging. They run 20+ hours a day and need the reliability and traceability that comes with higher-end equipment.

Pellet Size and Poultry Type

The same animal feed making machine Germany can produce different pellet sizes:

• Broiler starters – 2-3mm crumbles (requires crumbling rolls after pelleting)
• Broiler growers – 3-3.5mm pellets
• Layers – 4-4.5mm pellets (often with calcium added, which is abrasive)
• Turkey feed – 4-6mm depending on age

German customers serving multiple poultry types usually want:

• Crumble rolls for starter feeds
• Quick-die change systems for switching sizes
• Stainless steel or special metallurgy for high-calcium layer feed

The Grinding Question

For broiler feed machine in Germany, grinding fineness is critical. Broilers need very fine particle size (600-800 microns) for optimal digestion. This requires:

• High-speed hammer mills with fine screens (1.5-2.0mm)
• Good aspiration to move material through the screen
• Possibly two-stage grinding for very fine requirements

This adds cost compared to a standard feed line for cattle or pigs, which can run coarser grinds.

Automation and German Standards

German poultry operations targeting QS certification or organic standards need:

• Traceability – PLC with batch reporting
• Consistency – Automatic moisture control, die temperature monitoring
• Safety – Dust explosion protection, metal detection
• Documentation – Ability to prove feed composition

The poultry feed production line Germany price at the higher end includes these features, which are increasingly expected by German retailers and processors.

Small-Scale Entry Point

If you’re just starting and the $80,000+ for a complete line is too much, the single pellet machine in Germany at $7,500-$15,000 is a viable entry point. Several German farms start this way—buying mash from a cooperative and pelleting it themselves to reduce dust and waste. Later, they add grinding and mixing as they scale up.

Custom Configurations

These are our standard packages, but we regularly customize for German customers:

• Organic certified lines – Stainless steel, documented cleaning procedures
• High-fat formulations – Additional liquid coating systems
• Energy efficiency – VFDs on all motors, heat recovery
• Space-saving layouts – Vertical designs for tight farm buildings
• Multi-species flexibility – Quick-change dies and screens

The animal feed making machine price Germany for a custom configuration will be different from standard catalog pricing.

If you’re planning a project and want a proper quote for a poultry feed mill in Germany, tell us:

• Your target capacity (tons per hour or per year)
• Bird types (broilers, layers, turkeys, mixed)
• Feed types (mash, pellets, crumbles)
• Main ingredients (grains grown on farm, purchased concentrates)
• Your current setup (do you already have grinding and mixing?)
• Quality requirements (QS, organic, specific certifications)
• Your facility constraints (space, power, existing buildings)

Then we can work up a detailed proposal with equipment list, layout, and pricing that actually matches your poultry operation’s needs and budget.

Bark is challenging on its own. It has higher ash content, more dirt (from harvesting), and less lignin than wood. It will pellet, but:

• Die life is shorter (abrasive)
• Pellet quality may be lower (more fines)
• Ash content can be an issue for some markets

Most German sawmills with bark either:

• Mix it 50/50 with sawdust (better pellets, longer die life)
• Sell it separately for specific applications (landscape mulch, some industrial boilers)

For 2 T/H of bark, the MZLH520 at 132kW is appropriately sized—it would do 1.5-2.0 T/H on bark (versus 2.5-3.0 on clean wood). Price $40,000-$52,000.

If you mix with sawdust, you’d want:

• Separate bins for bark and sawdust
• Metering screws to control ratio
• Mixer or just let the pellet mill conditioner blend them

For pure bark pellets, we recommend:

• Stainless steel or chrome-plated dies
• More frequent die changes (800-1000 tons vs. 1500-2000 for wood)
• Good dust control (bark is dusty)

We’ve supplied bark pellet systems to several German sawmills in Thuringia and Bavaria. The pellets sell to industrial biomass plants that are set up for higher-ash fuel. The economics work because bark is essentially free—it’s a waste stream you’d otherwise pay to dispose of.

The ZGH series is perfect for premix rooms—simple, effective, and easy to clean. For 200-300kg batches, the ZGH-300 (3kW, 300kg batch) or ZGH-500 (3+4kW, 500kg batch) would work. Price ranges $2,800-$5,200.

Cleaning procedure between different premixes:

1. Empty completely – Run the drum to discharge all material
2. Flush with carrier – Run a small batch of ground corn or wheat (cheap carrier) to pick up residues from walls and flights
3. Discharge flush material – Label and use in non-critical formulations (like swine finisher)
4. Wipe down – For critical changes (e.g., medicated to non-medicated), open inspection doors and wipe interior with clean cloths
5. Compressed air blow – Remove dust from crevices

For organic to conventional changes, we recommend a more thorough cleaning with food-grade sanitizer if allowed by your certifier. The ZGH design has no internal shafts or dead spots, so cleaning is straightforward.

We’ve supplied many premix rooms in German feed mills with ZGH mixers. The typical setup includes:

• ZGH mixer
• Scale for manual weighing
• Small elevator or conveyor to next process
• Dust collection

For a pellet machine in Germany feed mill, the premix room is often overlooked but critical for accuracy. The ZGH series is affordable and reliable for this application.

For a 20 T/H wood pellet plant, you’re looking at a significant installation. Typical lead times:

• Engineering and design: 4-6 weeks
• Manufacturing: 10-12 weeks
• Shipping to Hamburg/Bremerhaven: 4-5 weeks
• Total from order to arrival: 18-22 weeks (4-5 months)

For this scale, the equipment list includes:

• Chipper or shredder for whole trees
• Rotary drum dryer (φ1.8*36 or larger)
• Hammer mills (possibly two in parallel)
• Pellet mills (two MZLH768 units or larger custom)
• Coolers
• Screens
• Conveying system
• Control system
• Bagging and bulk load-out

Investment range $1.5M-$2.5M depending on automation and whether you include CHP for dryer heat.

Yes, we provide installation supervision. Our engineers typically spend 4-6 weeks on site for a project this size, overseeing:

• Equipment positioning
• Mechanical assembly
• Electrical connections
• Commissioning and startup
• Operator training

We don’t have agents in Germany—our team comes directly from our factory. Several large German pellet plants in Mecklenburg-Vorpommern and Brandenburg have been installed this way. The key is good project planning and having your site ready (foundations, power, buildings) before equipment arrives.

For 4-5 T/H of pig feed, one hammer mill with quick-change screens is sufficient and more economical. Your main grains (barley and wheat) have similar grinding characteristics—you don’t need separate mills.

Typical setup:

• Grain intake pit with cleaning
• Storage bins for each grain (at least 2-3 days capacity)
• One hammer mill (SFSP66*80 or 66*100)
• Automatic proportioning scales
• Mixer (SLHSJ2.0A or 4.0A depending on batch size)
• Pellet mill (SZLH420)
• Cooler
• Screener
• Control system

The hammer mill can switch between grains by:

• Changing screens if different grind sizes needed (e.g., finer for weaners, coarser for finishers)
• Running one grain, then purging, then the next

For pig feed, you typically want:

• Weaners: 600-800 micron (fine grind)
• Grow-finish: 800-1000 micron

So you might run barley at one setting, wheat at another, but both within that range.

Total investment for a 4-5 T/H pig feed mill in Germany: $200,000-$300,000. We’ve done several in Oldenburg and Lower Saxony. The payback for 500-1000 sows is usually 2-3 years versus buying complete feed.

Counterflow coolers work by gravity—pellets enter at the top, flow down through the cooling section, and discharge at the bottom. The height is necessary for proper cooling time. With only 4 meters, you’re limited.

Options:

1. Horizontal coolers – We have belt coolers that move pellets horizontally on a perforated belt while air flows through. These have much lower height requirements (1.5-2m). For 6 T/H, a belt cooler would be about 8-10m long. Price range $25,000-$40,000.
2. Split the system – Put the cooler outside or in an adjacent building with more height, then convey cooled pellets back inside.
3. Modify building – Sometimes you can cut a hole in the roof for the top of the cooler and weather-seal around it.

The SKLF series needs about 5-6 meters total height for a 6 T/H model. At 4 meters, it won’t fit with proper headroom for maintenance.

For German customers with building constraints, we often recommend the belt cooler option. It’s gentler on pellets (no dropping) and works well in low-headroom situations. The trade-off is larger footprint horizontally. For your 6 T/H feed line, we can quote a belt cooler that fits your space.

A single twin-screw extruder can produce both, as I mentioned earlier. The SPHS120 (90kW, 1.5-2.0 T/H) or SPHS150 (110kW, 3.0-4.0 T/H) would work depending on your total volume.

Key differences between trout (sinking) and carp (floating) feed:

With twin-screw, you can adjust these parameters between runs. You’d run carp feed for a few hours, flush the system, then run trout feed. Changeover time 30-60 minutes.

For a complete aquafeed line producing both:

• Fine-grinding hammer mill
• Batch mixer
• SPHS extruder
• Belt dryer (gentle for both types)
• Cooler
• Oil coater (trout feed often has higher oil)
• Control system with recipe storage

Total investment $250,000-$350,000 for 1.5-2.0 T/H. Several German fish farms in Bavaria run this configuration, producing both feed types from one line. The flexibility of twin-screw makes it possible—single-screw can’t achieve the range of densities needed.

The SFSP series water-drop hammer mill is actually one of our most popular machines in Germany precisely because it handles multiple materials well. Farmers and small manufacturers like the flexibility—grind grain for feed today, switch screens and grind wood chips for bedding or biomass tomorrow. Below are the specifications and price ranges for different models, with separate capacity ratings for grain and wood.

SFSP Series Water-Drop Hammer Mills

These are wide-chamber hammer mills designed for efficient grinding of various materials. The “water drop” shape gives even distribution across the screen, which matters for both grain (high density) and wood (low density, fibrous).

Key features:

• Interchangeable screens – 0.5mm to 20mm, for anything from fine feed to coarse bedding
• Suitable for materials up to 5cm – Handles grain, corn, wood chips, shavings
• High rotor speed – 2980 rpm gives good line speed for both grain and wood
• Heavy-duty construction – Handles the variable loads of different materials

SFSP Series Specifications & Price Ranges (FOB USD)

Why Grain and Wood Capacities Differ So Much

German customers often ask why the same motor does 10-12 T/H of grain but only 3-4 T/H of wood. A few reasons:

• Density – Grain is heavy, flows easily through the screen. Wood chips are light, take up more volume per ton, and need more time in the grinding chamber.
• Fiber – Wood is fibrous, requires more energy to tear apart than brittle grain.
• Screen area – Wood needs more screen area to exit; wider chamber mills (like the 1000mm and 1200mm) are relatively better for wood because they have more screen space.
• Moisture – Grain is typically 12-14% moisture. Wood can be 15-20% or higher, which makes grinding harder.

For a livestock feed grinding machine Germany, the grain numbers are what matter. For a wood hammer mill Germany, look at the wood capacity numbers—they’re the realistic throughput for chips and shavings.

What German Customers Typically Choose

Mixed Farm – Grain + Occasional Wood
A farm with 200-300 pigs and some poultry, plus a source of wood shavings for bedding, often picks the SFSP66*80 or SFSP66*100. The animal feed hammer mill Germany at this level ($15,000-$30,000) gives them 8-12 T/H of grain for feed—enough for a couple of hours of grinding per week—and 2-4 T/H of wood when they need to process bedding material. They keep two screen sets: 3mm for fine feed, 8mm for coarse bedding.

Sawmill with Livestock – Wood Primary, Grain Secondary
A sawmill that also keeps a few cattle or pigs might go the other way—prioritizing wood capacity. The SFSP66*120 or SFSP66*150 ($30,000-$55,000) gives them 4-8 T/H of wood chips, enough to process their sawmill residue efficiently, and still plenty of grain capacity when needed. The wood chip hammer mill Germany in this range is a workhorse that runs daily.

Commercial Feed Mill – Grain Only
A dedicated poultry feed hammer mill Germany operation focused only on grain would look at the high end of the grain capacity numbers. The SFSP66*150 with 220kW can do 40-50 T/H of grain—enough for a medium-sized commercial feed mill. They’d run fine screens (2-3mm) and optimize for feed production only.

Screen Selection and Particle Size

All SFSP mills accept screens from 0.5mm up to 20mm. Common applications:

For Feed:

• 0.8-1.5mm – Pig starter, poultry (needs good aspiration)
• 2.0-3.0mm – Pig grower, poultry, cattle
• 3.0-4.0mm – Cattle, some pig finisher

For Wood/Biomass:

• 3-4mm – Fine wood for pellets (biomass)
• 6-8mm – Coarse for bedding, some biomass applications
• 10-12mm – Very coarse for specialty uses

The feed grinder machine Germany for fine poultry feed needs a different setup than the same machine doing coarse wood chips.

What’s Included in These Prices

For the hammer mill price Germany ranges above, the equipment includes:

• Complete hammer mill with rotor, bearings, housing
• Main motor (power as specified)
• One set of screens (your choice of hole size)
• Set of hammers installed
• V-belt drive and guard
• Base frame

Not included:

• Infeed and discharge conveyors
• Cyclone and air assist system (recommended for fine grinding, essential for 1mm screens)
• Electrical control panel beyond basic starter
• Installation
• Shipping and import costs

The Air Assist Question

For feed crushing machine Germany operations doing fine grinding (under 2mm), a cyclone and air assist system is almost mandatory. It pulls the ground material through the screen, increases capacity, and keeps the mill cool. For coarse wood grinding, it’s less critical but still helpful for dust control.

Add $3,000-$8,000 for a complete air assist package depending on the mill size.

Grain Types Common in Germany

German farmers grinding their own feed typically process:

• Wheat – Soft, grinds easily, good for all livestock
• Barley – Harder, needs more power, common in cattle and pig rations
• Corn – Can be moist, sometimes needs drying first, high energy
• Triticale – Hybrid, similar to wheat
• Rye – Can be tricky if moist, sticky when ground fine

The grain hammer mill Germany needs to handle this range. Our SFSP series does—the key is matching power to your hardest material.

Wood Types Common in Germany

For sawdust crusher machine Germany applications, typical materials:

• Spruce/Pine – Softwood, grinds easily, low abrasion
• Beech/Oak – Hardwood, more power needed, more wear on hammers
• Mixed construction wood – May contain nails (magnet required), paint (health considerations)
• Bark – Abrasive, high wear, needs heavy-duty hammers

If you’re grinding hardwood regularly, consider the upper end of the power range for your chosen model, and budget for more frequent hammer changes.

Custom Configurations

These are our standard models, but we regularly customize for German customers:

• Stainless steel – For food-grade or corrosive applications
• Hard-faced hammers – Tungsten carbide tips for abrasive materials
• ATEX certification – Explosion-proof for biomass applications
• Frequency inverters – Variable speed for different materials
• Automated screen change – For facilities switching frequently
• Heavy-duty bearings – For continuous industrial use

The biomass hammer mill Germany price for a custom configuration will be different from standard catalog pricing.

If you’re planning to add a hammer mill and want a proper quote for your specific needs, tell us:

• Primary materials (grain types, wood types)
• Typical moisture content
• Desired output particle size(s)
• Target capacity (tons per hour for each material)
• How often you’ll switch between materials
• Your power available (voltage, phase)
• Whether you need air assist

Then we can recommend the right model and work up pricing that actually matches your operation’s needs.

For 55-60 T/H, two SFSP66*150 units in parallel is actually a good configuration. Benefits:

• Redundancy—if one goes down for maintenance, you can run at half capacity
• Flexibility—you can run different grains in each
• Easier maintenance—smaller motors to handle

Each SFSP66*150 at 160-220kW does 25-50 T/H depending on screen size and grain type. For 60 T/H total, two units running at 30 T/H each is comfortable—they’re not maxed out.

We don’t have a larger single unit in the SFSP series—the 150 is our largest. For higher capacities, parallel configuration is standard in the industry.

For a 60 T/H feed mill, you’d also need:

• 30+ ingredient bins
• Multiple mixers (probably two SLHSJ double-shaft in parallel)
• Multiple pellet mills (likely two SZLH768 or larger)
• Multiple coolers
• Extensive conveying and control system

Total investment $2M-$3M depending on automation. We’ve done several mills this size in Germany for major integrators. The parallel configuration works well—you can run different formulations simultaneously.

Compost for landscaping and vineyards needs to be:

• Stable (no further decomposition)
• Consistent in nutrient content
• Easy to spread

Moisture target for composting pelleting is 12-15%—same as other materials. But compost is challenging because:

• It has already been through microbial action, so less natural binding
• Particle size can be variable
• May contain small stones or contaminants

For your application, the FZLH series (fertilizer) is appropriate. Model depends on volume. For 3-5 T/H, FZLH350 or 420.

Binders: Sometimes needed for compost. Options:

• Lignosulfonate (wood-based, organic-approved)
• Starch (corn or wheat)
• Clay (bentonite) for some applications

For organic vineyards, you’ll need certified binders. We can help select based on your target market.

Complete compost pelleting line:

• Screener to remove overs (stones, plastic)
• Hammer mill for consistent particle size
• Dryer if compost is wet (often 30-40% from composting)
• FZLH pellet mill
• Cooler
• Bagging

Investment $200,000-$400,000 depending on whether you need drying. Several German composting facilities in Baden-Württemberg run this setup, selling pellets to vineyards for erosion control and organic matter addition.

The chipper is often the first step in any wood pellet plant Germany, and getting the sizing right matters—too small and you’re constantly cutting material to fit; too large and you’re paying for capacity you don’t need. Below are our XPJ series rotary drum chippers, what they cost, and what they’re suited for.

XPJ Series Rotary Drum Chippers

These are heavy-duty machines designed to turn logs, branches, slabs, and wood waste into uniform chips (typically 20-40mm) for further processing. They’re what we typically send to Germany for biomass wood chipper Germany applications.

Key features:

• Hydraulic feed rollers – Pull material in automatically, handle crooked branches
• Adjustable chip size – Screen options to control output
• Heavy-duty construction – For continuous industrial use
• Low maintenance – Easy access to knives for sharpening/replacement

XPJ Series Specifications & Price Ranges (FOB USD)

What the Numbers Mean

Inlet Size / Max Log Diameter

• The XPJ500x230 handles smaller material—branches, slab wood, small roundwood up to 230mm diameter. Good for a wood chipper Germany setup or small yard.
• The XPJ680x300 steps up to 300mm diameter—typical for forest thinnings and small logs.
• The 500×500 and larger models handle bigger material, with the 500mm inlet meaning you can feed substantial logs directly. The XPJ1200x500 has a 1200mm wide inlet—you can feed multiple pieces or large slab wood.

Knife Configuration

• Smaller machines (2 knives) are simpler, good for clean material.
• Larger machines (6-14 knives) give more consistent chip size and handle higher volumes. The multiple knives mean each knife takes a smaller cut, reducing wear and power spikes.

Hydraulic vs. Manual Feed
All these are hydraulic feed—they pull material in automatically. The larger machines have more powerful hydraulic systems (3kW on the XPJ850x600) to handle heavier, more irregular material.

What German Customers Typically Choose

Small Forestry Operation / Tree Service – XPJ500x230 or XPJ680x300
A tree service company in the Black Forest processing branches and small roundwood typically picks the $16,000-$35,000 range. They need mobility (often trailer-mounted) and the ability to handle mixed material. The rotary drum chipper for sale Germany at this level is a workhorse for daily operation.

Sawmill / Medium Biomass Plant – XPJ850x500 or XPJ500x500
A sawmill in Bavaria with slab wood, edgings, and small logs often goes for the $30,000-$60,000 range. The 110-132kW motor gives them 5-10 tons per hour of chips, feeding directly into a dryer and then a pellet machine in Germany. The multiple knives (6-10) give consistent chip size, which helps the dryer and hammer mill run efficiently.

Large Biomass / Pellet Plant – XPJ1200x500 or XPJ850x600
A commercial pellet plant in Lower Saxony processing forest residues, whole logs, and sawmill waste needs the big machines—$55,000-$100,000. The 200kW motor, 14 knives, and large inlet handle 15-20 tons per hour, feeding a 5-10 T/H pellet machine line continuously. The industrial wood chipper Germany at this level runs 8-12 hours a day, year-round.

Chip Size and Downstream Processing

All XPJ chippers produce chips in the 20-40mm range, adjustable by changing screens. This is ideal for:

• Feedstock for hammer mills – 20-40mm chips are the perfect size for most wood hammer mills
• Direct biomass boilers – Some German biomass plants burn chips directly
• Pellet production – Chips this size dry efficiently in rotary drum dryers

If you need smaller chips (for direct feed into some pellet mills), we can supply screens for 10-15mm output, though capacity will be slightly lower.

What’s Included in These Prices

For the wood chipper machine price Germany ranges above, the equipment includes:

• Complete chipper with drum, knives, housing
• Main motor
• Hydraulic feed system with motors
• Discharge conveyor
• Control panel
• One set of screens
• Set of knives installed

Not included:

• Infeed conveyor (if needed)
• Trailer or mobile mounting (available as option)
• Installation
• Shipping and import costs
• Spare knife sets

Mobile vs. Stationary

German customers sometimes ask about wood chipper Germany options. All XPJ models can be mounted on a trailer or truck chassis for mobility. This adds $5,000-$15,000 depending on the size and whether you need a roadworthy chassis with lights and brakes.

Mobile units are popular with:

• Tree services moving between jobs
• Municipal yard waste operations
• Contract chippers serving multiple sawmills

Stationary units are common at:

• Sawmills with consistent material flow
• Pellet plants with dedicated wood yards
• Biomass terminals

Material Types Common in Germany

German wood processors typically chip:

• Spruce/Pine – Softwood, easy on knives, high throughput
• Beech/Oak – Hardwood, more power needed, knife wear faster
• Forest thinnings – Mixed, may include bark and branches
• Sawmill residues – Slabs, edgings, sometimes with bark
• Urban wood waste – Can include nails/metal (magnet recommended)

If you’re chipping hardwood regularly, consider the upper end of the power range for your chosen model, and budget for knife sharpening every 20-40 hours of operation.

Custom Configurations

These are our standard models, but we regularly customize for German customers:

• Tungsten carbide knives – For abrasive materials (dirty wood, urban waste)
• ATEX certification – Explosion-proof for indoor installations
• Hydraulic infeed – Variable speed control for different materials
• Magnetic head pulley – To remove nails and metal from chips
• Extended discharge conveyors – For stacking chips higher

The drum wood chipper Germany price for a custom configuration will be different from standard catalog pricing.

If you’re planning to add a chipper and want a proper quote for your specific needs, tell us:

• Maximum log diameter you’ll process
• Typical materials (softwood, hardwood, mixed, urban waste)
• Target capacity (tons per hour or cubic meters per hour)
• Desired chip size (20-40mm standard, or other)
• Mobile or stationary
• Your power available
• Whether you need metal removal

Then we can recommend the right model and work up pricing that actually matches your wood processing needs.

Gradual upgrades are common and smart. Yes, the SZLH420 can integrate with existing control systems. Key considerations:

1. Motor control – Our pellet mill comes with its own starter panel. That panel can accept start/stop signals from your existing PLC (24V dry contacts typically). We can also provide Modbus or Profibus interfaces if your system supports them.
2. Monitoring – We can provide sensors (motor load, temperature, vibration) with analog outputs (4-20mA) that your existing PLC can read.
3. Safety integration – The pellet mill needs to interlock with your upstream and downstream equipment. We provide interlock terminals that work with your safety system.
4. Recipe management – If you want automatic die gap adjustment or other automated features, we may need to interface more deeply. But for basic operation, simple I/O is sufficient.

For the SZLH420 at 110kW, we can provide:

• Pellet mill with motor and drive
• Local control panel with HMI
• Remote I/O terminals for connection to your system
• Communication protocol documentation

Price $26,000-$35,000 for the pellet mill. Installation by your electricians with our remote support.

The gradual approach works well. Next year when you add the mixer, we ensure it also interfaces with the same system. Eventually you may upgrade the entire control system, but you can spread the investment over several years. Several German feed mills have upgraded this way, replacing one machine at a time while keeping existing controls.

The mixer is the heart of your batching system—get it wrong and your feed is inconsistent, no matter how good the rest of the line is. Below are the main mixer types we supply to Germany, what they’re suited for, and what they cost. The right choice depends entirely on what you’re mixing.

Single-Shaft Paddle Mixers (SLHJ Series)

These are our standard for general feed milling. The single shaft with paddle design gives good mixing action for most dry ingredients and can handle some liquids. They’re available in carbon steel (standard) or stainless steel (for corrosive ingredients or organic certification).

SLHJ Series Single-Shaft Paddle Mixers

For a horizontal feed mixer Germany handling standard pig and poultry rations with up to 2-3% liquid addition, the SLHJ series is a solid choice. The stainless steel versions (B models) are popular with German organic feed producers who need to avoid contamination and meet certification requirements.

Double-Shaft Paddle Mixers (SLHSJ Series)

These are faster and more intensive. Two shafts with paddles create a fluidized mixing zone that handles higher liquid percentages and gives faster cycle times. They’re the choice for larger feed mills and operations adding significant liquids.

SLHSJ Series Double-Shaft Paddle Mixers

The double shaft feed mixer Germany is what we recommend for:

• High liquid addition (up to 10-15% fats, molasses)
• Fast cycle times (under 3 minutes per batch)
• Large commercial feed mills

German customers running high-energy poultry or pig feeds with added fats often choose this series. The animal feed mixer Germany in this range gives them the intensive mixing needed for uniform fat distribution.

Single-Shaft Ribbon Mixers (SLHY Series)

The classic design—outer and inner ribbons move material in opposite directions for gentle but thorough mixing. Good for fragile materials and simpler formulations with minimal liquids.

SLHY Series Single-Shaft Ribbon Mixers

The ribbon feed mixer Germany is a workhorse for smaller feed mills and on-farm mixing. German farmers mixing their own grain-based rations often choose the SLHY series—simple, reliable, and easy to maintain. The manual discharge models are fine for smaller operations; pneumatic discharge (air cylinder) is worth the extra for semi-automated lines.

Specialty Mixers

STHJ Series Molasses Mixers (High-Speed, Continuous)

For adding sticky liquids like molasses to ruminant feeds. These are high-speed, continuous mixers placed above the pellet mill.

German dairy operations adding molasses to cattle feed use these. The high speed ensures the sticky stuff distributes evenly before pelleting.

ZGH Series Drum Mixers (Small Batch, Premixes)

For mixing small batches of premixes, additives, and micro-ingredients.

These are what German feed mills use for their premix room—making vitamin and mineral pre-blends before adding to the main mixer. Low cost, simple, effective.

What German Customers Typically Choose

Small Farm / On-Farm Mixing – 250-500kg batches
A pig farm in Lower Saxony with 500-800 animals often picks the SLHY0.5A or SLHY1.0A ribbon mixer ($2,800-$6,200). They’re mixing their own grain with a purchased concentrate. Manual discharge is fine—they’re not in a hurry.

Medium Feed Mill – 1000-2000kg batches
A cooperative serving 20-30 farms in Bavaria typically chooses the SLHSJ2.0A double-shaft or SLHJ4A paddle mixer ($10,500-$17,500). They need speed and consistency, and they’re adding fats or molasses to some rations. The double-shaft gives them 3-minute cycles for high throughput.

Large Commercial – 3000kg+ batches
A major integrator in North Rhine-Westphalia with multiple species goes for the SLHSJ4.0A or SLHJ6A ($18,000-$24,000) with full automation. They’re running 8-10 batches per hour, 20 hours a day. Stainless steel where needed for high-moisture or corrosive ingredients.

Material Selection: Carbon vs. Stainless Steel

• Carbon steel – Standard for dry feed, grains, most applications. German customers with standard livestock rations use this.
• Stainless steel – For organic certification, high-moisture ingredients, corrosive additives (some minerals), or easy cleaning between organic and conventional runs. German organic producers almost always specify stainless.

The paddle mixer Germany price difference between carbon and stainless is typically 40-60%—worth it for the applications that need it, unnecessary for standard feed.

Discharge Types

• Manual – Slide gate, hand-operated. Cheapest, slowest. Good for small farms.
• Pneumatic – Air cylinder, fast, automatic. Standard for semi-automated lines.
• Hydraulic – For very large mixers or sticky materials. Rare in feed, more common in fertilizer.

Liquid Addition

If you’re adding liquids:

• Up to 2% – Standard paddle or ribbon mixers handle it with spray nozzles
• 2-10% – Double-shaft is better; consider longer mixing time
• 10%+ – You need specialized high-speed mixers (like STHJ for molasses) or separate coating equipment

German customers making high-energy poultry feed with 5-8% added fat usually go double-shaft.

What’s Included in These Prices

For the feed mixer machine in Germany prices above, the equipment includes:

• Complete mixer with motor, drive, mixing mechanism
• Control panel (basic start/stop for smaller units, PLC interface for larger)
• Discharge mechanism as specified
• Safety switches on covers

Not included:

• Scales or weighing system (separate)
• Inlet and outlet transition pieces
• Installation
• Shipping and import costs

Custom Configurations

These are our standard models, but we regularly customize for German customers:

• Sanitary design – For organic or food-grade applications
• Quick-clean features – Hinged covers, easy-access doors
• ATEX certification – Explosion-proof for dusty environments
• Load cells – Integrated weighing for batching systems
• Variable frequency drives – Speed control for delicate ingredients

The livestock feed mixing machine Germany price for a custom configuration will be different from standard catalog pricing.

If you’re planning a feed line and want a proper quote for a mixer that matches your recipes, tell us:

• What you’re mixing (ingredients, % liquids)
• Batch size you need
• Target cycle time
• Carbon steel or stainless
• Manual or automatic discharge
• Whether you need integrated weighing
• Your power available

Then we can recommend the right mixer and work up pricing that actually matches your formulation needs.

Pasture grass is excellent for pelleting—it has good natural binders if harvested at the right maturity. For 8-10 T/H, you’re looking at our CZLH768 (315kW), which does 6-8 T/H on forage. At the upper end with good dry material, you’ll get your 8-10 T/H.

Different grass species (ryegrass, fescue, meadow grass) behave similarly in the die. The bigger variable is harvest timing—early-cut grass (higher protein) pellets differently than late-cut (higher fiber). We recommend a mid-range compression ratio die (1:6 or 1:7) that works well across most grass types. If you have extreme variation, two dies and swap as needed.

For a complete pasture grass pellet line in Germany at 8-10 T/H:

• Bale breaker (for round or square bales)
• Hammer mill with 6-8mm screens
• CZLH768 pellet mill with forced feeder
• Counterflow cooler
• Screener
• Bagging or bulk storage

Total investment $350,000-$450,000. We’ve supplied several organic dairy operations in Mecklenburg-Vorpommern with this setup. The pasture grass pellets are higher protein than hay and reduce purchased concentrate needs.

In our experience with German biomass pellet projects, the dryer is often the most expensive single component—and the one where getting the sizing wrong causes the biggest problems. Below are our standard rotary drum dryers, what they cost, and what they’re suited for.

Rotary Drum Dryers – Single Pass and Triple Pass

We offer both single-pass and triple-pass designs. Single-pass is simpler, lower maintenance, good for consistent materials. Triple-pass (3C models) is more compact for the same capacity and more thermally efficient, but slightly more complex.

Key features:

• Adjustable drum speed – 3-12 rpm to control residence time
• High inlet temperature – 400-500°C for rapid drying
• Low outlet temperature – 70-80°C, safe for downstream handling
• Customizable flights – Designed for your specific material

Rotary Drum Dryer Specifications & Price Ranges (FOB USD)

What Throughput Can You Expect?

The capacity of a biomass rotary drum dryer Germany depends on:

• Initial moisture content
• Target final moisture (usually 10-12% for pelleting)
• Material type (wood chips dry differently than sawdust or straw)

Typical throughput ranges for wood (50% to 12% moisture):

• φ1.2*12: 1-2 tons per hour
• φ1.5*15: 2-4 tons per hour
• φ1.8*18: 4-6 tons per hour
• φ1.8*20: 5-7 tons per hour
• φ1.8*36: 8-10 tons per hour
• Triple-pass models: similar capacity in shorter drum length

For sawdust rotary dryer Germany applications, throughput is usually higher than for chips because the material is smaller and dries faster. For straw rotary drum dryer Germany, throughput is lower—straw is fluffy, holds moisture differently, and needs more careful temperature control to avoid scorching.

Single-Pass vs. Triple-Pass

Single-pass dryers (like φ1.8*36):

• Material moves straight through
• Longer drum for same capacity
• Simpler, easier to maintain
• Good for consistent, predictable materials

Triple-pass dryers (like φ1.8*12*3C):

• Three concentric drums, material moves back and forth
• Much shorter for same capacity
• More thermally efficient (less heat loss)
• Better for space-constrained installations
• Slightly more complex, but reliable

German customers with limited building space often prefer triple-pass. The wood chip rotary dryer Germany in a triple-pass configuration fits in a smaller footprint, which matters when you’re retrofitting into an existing building.

What German Customers Typically Choose

Small Sawmill / Farm-Scale – φ1.2*12 or φ1.5*15
A sawmill in the Black Forest producing 2-4 tons of pellets per day typically picks the $35,000-$75,000 range. They’re drying their own sawdust and maybe some purchased chips. The single-pass design is simple enough for farm operators to maintain.

Medium Commercial Pellet Plant – φ1.8*18 or φ1.8*20
A dedicated pellet producer in Lower Saxony making 4-6 T/H of wood pellets usually goes for the $70,000-$110,000 range. They have consistent feedstock—sawmill residues at 45-50% moisture—and need reliable 24/7 operation. The rotary dryer machine in Germany at this level runs year-round with scheduled maintenance.

Large Industrial – φ1.8*36 or Triple-Pass Models
A major biomass plant in Brandenburg processing forest residues and agricultural straw might need the big guns—$120,000-$180,000. They’re handling variable materials, high volumes, and need maximum thermal efficiency. The triple-pass models give them high capacity in a manageable footprint.

What’s Included in These Prices

For the rotary drum dryer Germany prices above, the equipment includes:

• Complete drum with flights, tires, and trunnions
• Drive system with motor and reducer
• Inlet and outlet hoods
• Base frames
• Basic control panel

Not included:

• Burner and fuel system (gas, oil, biomass, or waste heat)
• Cyclone and fan system
• Ducting between components
• Infeed and discharge conveyors
• Installation
• Shipping and import costs
• Temperature control automation (beyond basic)

A complete drying system with burner, cyclone, fans, and controls typically adds 50-100% to the dryer price.

Burner Options for German Customers

German customers have several heat source options:

• Gas burner – Clean, controllable, common where natural gas is available
• Biomass burner – Uses the same feedstock, more complex but lower operating cost
• Waste heat – From CHP units or industrial processes, lowest operating cost
• Oil burner – Less common in Germany due to emissions concerns

The biomass dryer Germany installation often includes a biomass burner that can run on the same material being dried—sawdust, chips, or fines from the operation.

Material Considerations

Wood Chips

• Require good flight design to lift and cascade
• Can contain bark (more abrasive)
• Moisture varies by season

Sawdust

• Dries faster than chips
• Can be dusty, requires good cyclone design
• Often cleaner, more uniform

Straw

• Fluffy, low bulk density
• Needs different flight design to prevent plugging
• Fire risk if temperature too high

Grass / Alfalfa

• Heat-sensitive (protein degradation above certain temperatures)
• Lower drying temperatures needed (250-300°C inlet)
• Gentle handling required

For alfalfa rotary dryer Germany or hay rotary drum dryer Germany, we typically recommend lower inlet temperatures and longer residence times to preserve protein content for animal feed.

Emissions and German Regulations

German environmental regulations (TA Luft) require:

• Particulate control (cyclones, sometimes baghouses)
• Temperature monitoring
• Possibly emission limits for CO and NOx

Our dryers can be equipped with:

• High-efficiency cyclones (95-98% collection)
• Baghouse filters (99.9% collection)
• Continuous emissions monitoring
• Burner controls for low NOx operation

The sawdust drying machine Germany that meets German emissions standards will cost more than a basic export model—but it’s necessary for permitting.

Custom Configurations

These are our standard models, but we regularly customize for German customers:

• Stainless steel – For corrosive materials or high-moisture applications
• ATEX certification – Explosion protection for flammable dusts
• Heat recovery – Pre-heating combustion air from exhaust
• Automated moisture control – Sensors and feedback to feed rate
• Special flighting – For difficult materials (straw, grass, wet bark)

The rotary dryer machine in Germany price for a custom configuration will be different from standard catalog pricing.

If you’re planning a drying system and want a proper quote for your specific needs, tell us:

• Material type (wood chips, sawdust, straw, grass)
• Initial moisture content (average and maximum)
• Target final moisture
• Required throughput (tons per hour dry basis)
• Heat source available (gas, biomass, waste heat)
• Your emissions requirements
• Space available for the dryer

Then we can recommend the right model and work up pricing that actually matches your drying needs.

Duck feed is similar to other poultry feed but with some specifics:

• Starter: 2-3mm crumbles
• Grower: 3-4mm pellets
• Finisher: 4-5mm pellets

For 6-8 T/H, the SZLH558 (185kW, 20-22 T/H) is oversized but reliable—you’ll run at partial capacity, which extends die life. Or you could run two smaller mills (two SZLH420s) for flexibility.

The complete line should include:

• Hammer mill (SFSP66*100 or 66*120)
• Batching system with micro-ingredients
• Double-shaft mixer (SLHSJ4.0A for even mixing)
• SZLH558 pellet mill
• Crumble rolls for starter feed
• Counterflow cooler
• Screener
• Control system with recipe management

Crumble rolls are essential—they take 3-4mm pellets and break them into 2-3mm crumbles for ducklings without creating too many fines.

Total investment $350,000-$450,000. We’ve done duck feed lines in Brandenburg and Lower Saxony. The payback for 50,000 ducks is typically 2-3 years versus buying complete feed.

Rabbit feed is specialized—high fiber, often includes alfalfa or hay, and needs to be hard enough to prevent waste but not so hard rabbits can’t eat it. For 2-3 T/H, the SZLH420 (110kW, 10-12 T/H) is plenty—you’ll run at partial capacity.

Key considerations for rabbit feed:

• Fiber source – Alfalfa, hay, or beet pulp. If using hay, you need a hammer mill with larger screens (4-6mm) to preserve fiber length.
• Pellet hardness – Medium compression ratio die. Too hard and rabbits won’t eat; too soft and you get fines.
• Cooling – Proper cooling is essential or pellets will be soft.

Complete rabbit feed line:

• Hammer mill with adjustable screens
• Mixer (SLHSJ2.0A)
• SZLH420 rabbit pellet making machine
• Counterflow cooler
• Screener
• Bagging

Investment $150,000-$220,000. Several German rabbit operations in Hesse and North Rhine-Westphalia run this setup. The quality is better than purchased feed because you control the fiber sources.

The SPHS150 at 110kW does 3-4 T/H, so it’s oversized for your 2 T/H—that’s fine, you’ll run comfortably below max capacity. Twin-screw advantages for floating trout feed:

1. Density control – Twin-screw gives precise control over expansion. You can make floating, slow-sink, or sinking from the same machine.
2. High-fat formulations – Trout feed often has 20-30% oil. Twin-screw handles high-fat better than single-screw.
3. Consistency – Twin-screw is more forgiving of ingredient variations.
4. Recipe flexibility – Switch between different formulations with parameter changes.

For 2 T/H of floating trout feed, the complete line:

• Fine-grinding hammer mill (0.8mm screen)
• Batch mixer with micro-dosing
• SPHS150 twin-screw extruder
• Belt dryer (gentle drying, 40-60°C)
• Vacuum oil coater (for high oil inclusion)
• Cooler
• Control system

Investment $400,000-$500,000. Several Bavarian trout farms have upgraded to twin-screw for the quality improvement. The floating pellets are more uniform and stay afloat longer, reducing waste and improving feed conversion.

You’re right to be thinking about gentle drying. For heat-sensitive materials—pet food, fish feed, fruits, vegetables, herbs, even some specialty forages—a belt dryer Germany is the right choice. These are continuous, multi-layer dryers that move material slowly through temperature-controlled zones. Below are our standard models, what they cost, and what they’re suited for.

DHG Series Electric Belt Dryers

These are electrically heated, multi-layer belt dryers. They’re clean, controllable, and perfect for smaller operations or where steam isn’t available. The multiple passes (5 layers) mean a compact footprint for the drying area.

QHG Series Steam Belt Dryers

These use steam heat—more economical for larger operations, and often the choice when a facility already has steam from a boiler or CHP unit.

Both series feature:

• Multi-layer design – Material drops from belt to belt, turning over for even drying
• Zone control – Different temperatures in different sections
• Dehumidification – Moist air is exhausted, replaced with dry air
• Gentle handling – Low air velocity, no mechanical agitation

Belt Dryer Specifications & Price Ranges (FOB USD)

For larger capacities, we also build custom belt dryers up to $250,000+ with multiple drying zones, cooling sections, and fully automated controls.

What German Customers Typically Use Belt Dryers For

Fish Feed (Floating and Sinking)
After extrusion, floating fish feed needs gentle drying to reach 8-10% moisture without cracking. The fish feed dryer Germany of choice is almost always a belt dryer. German trout and carp farmers producing their own feed often use DHG-1000 or QHG-1000 models in the $28,000-$70,000 range.

Pet Food
Extruded kibble needs careful drying to maintain shape and nutrient content. The pet food dryer Germany market prefers belt dryers for this reason. German premium pet food manufacturers typically use the larger models (DHG-2000 or QHG-2000) for continuous production.

Fruit and Vegetable Drying
For natural treats—dried apple slices, carrot chips, banana chips—belt dryers maintain color and nutrient content better than any other method. German organic snack producers often choose the DHG-500 or DHG-1000 in the $18,000-$45,000 range.

Herbs and Medicinal Plants
Germany has a significant herbal tea and medicinal plant industry. These materials are extremely heat-sensitive and require low-temperature drying with good air circulation. The vegetable dryer machine in Germany for these applications is often a DHG series with precise temperature control.

Grass and Forage for Specialty Feed
Some German organic dairy and horse operations use belt dryers for grass and alfalfa when they want to preserve protein and color. The grass belt dryer Germany runs at lower temperatures than rotary drums, producing a higher-quality product for premium markets.

Biomass Pellets (After Cooling)
Some biomass lines use belt dryers after pellet cooling for final moisture adjustment, though this is less common than using them for extruded products.

Electric vs. Steam: Which Makes Sense in Germany?

Electric (DHG Series)

• Clean, no combustion, simple installation
• Higher operating cost (German electricity prices are significant)
• Good for smaller operations or where steam isn’t available
• Precise temperature control

Steam (QHG Series)

• Lower operating cost if you already have a boiler
• Higher initial investment (plus boiler cost if not existing)
• Common in German facilities with CHP or existing steam systems
• Good for larger continuous operations

German customers with biogas CHP units often go steam—they have waste heat available, and the continuous belt dryer Germany running on steam has very low operating cost.

What’s Included in These Prices

For the belt dryer machine Germany prices above, the equipment includes:

• Complete dryer with all belts, drives, and frames
• Heating system (electric elements or steam coils)
• Fans for air circulation
• Dehumidification system
• Control panel with temperature control
• Infeed and discharge chutes

Not included:

• Steam boiler (for QHG models)
• Infeed conveyor
• Discharge conveyor
• Installation
• Shipping and import costs
• Humidistats for automatic dehumidification control (optional)

Drying Area vs. Throughput

The drying area (m²) is the key number. Throughput depends on:

• Initial moisture content
• Target final moisture
• Product thickness on the belt
• Drying temperature (product-specific)

Typical throughput examples:

Multi-Layer Design Advantage

The 5-layer design means material drops from belt to belt, turning over each time. This:

• Exposes all surfaces to air
• Prevents sticking
• Ensures uniform drying
• Saves floor space (long drying path in compact footprint)

For food belt dryer Germany applications, this gentle turning is critical—no mechanical mixing to damage delicate products.

Temperature Control

All models have zone control—different temperatures in different sections. Typical approach:

• First zone: Higher temperature for initial moisture removal
• Middle zones: Moderate temperature for gradual drying
• Last zone: Cooling or equalizing

For heat-sensitive materials like fruit drying machine Germany applications, we can configure for lower temperatures throughout (40-60°C) with longer residence time.

Dehumidification System

As material dries, the air becomes humid. Sensors detect humidity and activate exhaust fans, pulling out moist air and drawing in fresh dry air. This:

• Maintains drying rate
• Prevents re-wetting of product
• Improves efficiency

The control system can be manual (operator monitors) or automatic with humidistats (optional).

Custom Configurations

These are our standard models, but we regularly customize for German customers:

• Stainless steel – For food contact, organic certification, easy cleaning
• Multiple temperature zones – 3-5 independently controlled sections
• Cooling zone – Final section with ambient air to cool product before packaging
• Humidistat control – Automatic dehumidification based on exhaust humidity
• Belt washing system – For easy cleaning between product runs
• ATEX certification – For potentially explosive dusts (some feeds)
• IoT monitoring – Remote temperature and humidity monitoring

The food dehydrator industrial Germany price for a custom configuration will be different from standard catalog pricing.

German Food Safety Standards

If you’re drying food or feed for the German market, you likely need:

• Stainless steel construction
• Easy-clean design (smooth surfaces, no harborage points)
• Temperature monitoring and recording
• HACCP-compliant layout

Our belt dryers can be configured to meet these requirements. The fruit dryer for sale in Germany that meets food safety standards will be at the higher end of the price range.

If you’re planning a drying system for delicate products and want a proper quote for your specific needs, tell us:

• Material type (fish feed, pet food, fruit, vegetables, herbs, etc.)
• Initial moisture content
• Target final moisture
• Required throughput (kg/h or tons/day)
• Heat source available (electricity, steam)
• Food safety requirements (stainless steel, washdown)
• Space available

Then we can recommend the right model and work up pricing that actually matches your gentle drying needs.

For 3% rapeseed oil, you can add it in the mixer—that’s within the range that standard mixers handle. But there are considerations:

• Mixer type – Double-shaft (SLHSJ) handles liquids better than ribbon. For 15 T/H, SLHSJ4.0A or larger.
• Spray system – You need proper spray nozzles and timing to distribute oil evenly.
• Order of addition – Add oil after dry ingredients, with extended mixing time.

If you ever go above 5-6% oil, you’ll need post-pelleting coating. At 3%, mixer addition works fine.

Complete 15 T/H pig feed line with oil addition:

• Hammer mill (SFSP66*120 or 150)
• Batching system with liquid addition
• Double-shaft mixer with spray nozzles
• SZLH558 or 678 pig feed pellet machine
• Cooler
• Screener
• Control system

Investment $450,000-$600,000. We’ve done many in Lower Saxony. The key is good liquid addition control—our systems meter oil precisely per batch.

Beech is hardwood—denser and harder to pellet than softwood. Your MZLH520 at 132kW is rated 1.5-2.0 T/H on mixed wood. At 2.5 T/H on pure beech, you’re actually doing well—hardwood typically runs 70-80% of softwood capacity.

Potential issues affecting throughput:

1. Moisture – Beech sawdust at >15% will reduce throughput. Target 12-14%.
2. Die compression – Hardwood needs higher compression. Your die ratio may be too low.
3. Conditioning – Are you adding steam or water? Hardwood often needs conditioning.
4. Hammer mill screen – Particle size too large reduces pellet mill throughput.

Recommendations:

• Check moisture (buy a moisture meter if you don’t have one)
• Consider a higher compression die (1:7 or 1:8 for beech)
• Add steam if possible (even 2-3% moisture increase helps)
• Ensure hammer mill screens are 3-4mm for consistent particle size

For beech-only operation, the MZLH678 (200kW) would give you 3-4 T/H on hardwood. The MZLH520 at 2.5 T/H is actually reasonable—you may be closer to target than you think.

TMR pelleting is possible but challenging. The main issues:

• Moisture – Silage and haylage are wet (40-60%). You need drying or mixing with dry ingredients.
• Fiber length – Long fibers don’t pellet well. You need a hammer mill with larger screens (8-12mm) to chop but not powder.
• Uniformity – TMR has diverse ingredients. Good mixing is critical.

For 1-2 T/H, a possible setup:

• Mixer (SLHSJ1.0A or 2.0A)
• Dry ingredient bins for grain and protein
• Wet ingredient handling for silage (special conveyors)
• Pellet mill (CZLH420 for fibrous material)
• Cooler
• Screener

Investment $150,000-$220,000. Several German dairy farms have tried TMR pelleting. The benefits: less sorting by cows, easier feeding, reduced waste. The challenges: drying cost and pellet durability. If you have dry ingredients to blend with wet silage, it works better.

Manual bagging is almost always the last manual process in an otherwise automated line—and it’s amazing how much bottleneck a single person with a scoop can create. Below are our DCS series automatic weighing and packing machines, what they cost, and what they’re suited for. The right choice depends on your material (pellets vs. powder) and desired speed.

DCS Series Automatic Weighing & Packing Machines

These are complete bagging stations—automatically weigh the product, fill the bag, and discharge for sealing. You add a bagger (operator to hang bags, or automatic bagger) and a sealer, and you’re in business.

Key features:

• Weighing accuracy – Static ±0.1%, dynamic ±0.2% (German customers appreciate this precision)
• Multiple feed types – Gravity, screw, or belt depending on material
• Flexible speeds – 2-12 bags per minute depending on model
• Sealing options – Heat sealer, sewing machine, or both

DCS Series Specifications & Price Ranges (FOB USD)

Feed Method: Why It Matters

Gravity Feed (DCS-50W, DCS-50K)

• Material drops by gravity into the bag
• Fast, simple, low maintenance
• Works best for free-flowing pellets with consistent size
• For wood pellet packing machine Germany applications with clean, uniform pellets, this is the standard choice

Screw/Auger Feed (DCS-50F, DCS-50FB)

• A screw pushes material into the bag
• Handles powders, fines, and materials that don’t flow well
• More precise for dusty materials
• For feed bagging machine in Germany handling mash feed or fine powders, this is necessary

Belt Feed (DCS-50P, DCS-50P*2)

• A belt conveys material into the bag
• Gentle on fragile pellets (some feeds, specialty products)
• Good for mixed materials or when you need to see the product
• For biomass pellet bagging machine Germany handling delicate or irregular pellets, belt feed prevents breakage

Dual Station (DCS-50P*2)

• Two weighing units, one operator or automatic bagger
• Essentially double the speed in the same footprint
• For automatic pellet packing machine Germany in medium-sized operations, this is how you get 10-12 bags/minute without a rotary packer

What German Customers Typically Choose

Small Pellet Producer / Farm – DCS-50K
A small wood pellet operation in the Black Forest making 1-2 tons per hour, bagging 15kg bags for local stove owners, typically picks the $6,500-$10,000 range. They run 2-3 hours of bagging per day, and 5-6 bags/minute is plenty. The gravity feed works perfectly for their clean pellets.

Medium Feed Mill – DCS-50P or DCS-50F
A feed mill in Lower Saxony producing both pellets and mash might choose the $10,000-$15,000 range. They need belt feed for their delicate pellets and screw feed for mash—they might buy two machines, or choose the DCS-50P with belt feed for pellets and a separate DCS-50F for mash.

Commercial Pellet Plant – DCS-50P*2
A larger operation in Brandenburg making 5-6 T/H of wood pellets and bagging for multiple retailers often goes for the $14,000-$20,000 dual-station model. With one operator hanging bags, they can do 10-12 bags/minute, keeping up with production. The pellet weighing packing machine Germany at this level pays for itself in labor savings within months.

Organic Premix Producer – DCS-50FB
A specialty manufacturer making organic vitamin and mineral premixes needs stainless steel for food safety and easy cleaning. The $12,000-$18,000 stainless model is required here—carbon steel would rust and contaminate their product.

What’s Included in These Prices

For the automatic weighing packing machine Germany prices above, the equipment includes:

• Complete weighing and filling machine with feeder
• Load cells and weighing controller
• Control panel with PLC and touchscreen
• Bag clamp and discharge mechanism
• Dust collection port

Not included:

• Bag sealer (heat sealer or sewing machine) – add $1,500-$3,500
• Automatic bagger/hanger – add $5,000-$15,000
• Infeed conveyor from silo/bin
• Discharge conveyor to palletizing area
• Installation
• Shipping and import costs
• Compressed air system (if not existing)

Speed vs. Operator

The speeds listed assume an operator hanging bags. With an automatic bagger (bag magazine, pick-and-place), you can run at full rated speed continuously. Without automatic bagger, the operator’s speed limits the machine.

• DCS-50K – 5-6 bags/min, one operator can handle this easily
• DCS-50P*2 – 10-12 bags/min, one busy operator or two operators
• Higher speeds – Need automatic bagger

For feed packaging machine Germany in larger operations, we often recommend starting with a single-station and adding automatic bagger later as volume grows.

Bag Types and Sizes

All DCS models handle:

• Small bags – 5-25kg (typical for retail feed, pet food, premium pellets)
• Medium bags – 25-50kg (commercial feed, industrial pellets)
• Big bags – With optional frame and lift (500-1000kg) – add $3,000-$6,000

Sealing options:

• Heat sealer – For plastic bags (common for feed, pet food)
• Sewing machine – For woven poly or paper bags (common for wood pellets)
• Combination – Both, switchable

German customers selling wood pellets to the retail market typically want sewing machines for paper bags. Feed mills often want heat sealers for plastic.

Accuracy Matters in Germany

The DCS series achieves:

• Static accuracy ±0.1% – When the machine is still, weighing a test load
• Dynamic accuracy ±0.2% – While running at full speed

For a 15kg bag of wood pellets, ±0.2% is ±30 grams. This matters for:

• Legal compliance (German trade regulations)
• Customer trust (consistent bag weights)
• Profitability (not giving away product)

The pellet packing machine for sale in Germany needs this level of accuracy to meet market expectations.

Integration with Your Line

These machines can be integrated with:

• Silo discharge – Screw or rotary valve feeding the machine
• Bag conveyors – Take filled bags to palletizing
• Checkweighers – Verify weight before sealing
• Metal detectors – Final quality check
• Palletizers – Manual or automatic stacking

For wood pellet packing system for sale in Germany, we often supply the complete end-of-line solution—weighing, bagging, sealing, conveying, palletizing.

Custom Configurations

These are our standard models, but we regularly customize for German customers:

• Stainless steel – For food contact, organic certification
• ATEX certification – For explosive dust environments (some feeds, wood)
• Remote monitoring – Connect to plant SCADA system
• Multi-language HMI – German language interface standard
• Special bag sizes – Non-standard dimensions
• Integrated dust collection – Enclosed systems for dusty products

The automatic bagging machine for sale Germany price for a custom configuration will be different from standard catalog pricing.

If you’re planning to automate your bagging line and want a proper quote for your specific needs, tell us:

• Material (pellets, powder, mixed)
• Bag size (kg per bag)
• Target speed (bags per minute)
• Bag type (plastic, paper, woven)
• Sealing method (heat, sew, both)
• Stainless or carbon steel
• Whether you need automatic bagger

Then we can recommend the right model and work up pricing that actually matches your end-of-line requirements.

For cat food, belt dryer is the standard. Reasons:

• Gentle handling—kibble is fragile when wet
• Even drying—belt dryers have multiple zones for precise control
• No mechanical damage—vertical dryers can break kibble

Our DHG or QHG series belt dryers are perfect for pet food. For 1.5 T/H, the DHG-1000 (70kW, 43m² drying area) or QHG-1000 (steam) would work. Price $28,000-$70,000 depending on heat source.

Complete cat food extrusion line:

• Fine-grinding hammer mill
• Batch mixer with liquid addition
• Twin-screw extruder (SPHS75 or 120)
• Belt dryer
• Cooler
• Fat coater
• Screener
• Bagging

Investment $250,000-$350,000. Several Berlin pet food startups run this configuration. The belt dryer gives the consistent quality needed for premium cat food.

Mixed wood waste is common in Germany, and yes, one pellet mill can handle it with the right configuration. The MZLH678 at 200kW is a good fit for 3 T/H.

Challenges and solutions:

1. Bark content – Abrasive. Use chrome-plated dies and expect shorter die life (800-1200 tons).
2. Particle size variation – Need consistent hammer mill screening. SFSP66*100 or larger.
3. Moisture variation – Wet branches may need drying or blending with dry sawdust.
4. Contamination – Metal detector essential (branches can have wire).

Complete wood pellet production plant:

• Chipper for branches (XPJ850*500)
• Hammer mill with 4-6mm screens
• Dryer if needed (φ1.5*15)
• MZLH678 pellet mill
• Cooler
• Screener
• Bagging

Investment $50,000-$300,000. Several Baden-Württemberg timber processors run mixed waste lines successfully. The pellets sell to industrial biomass plants that accept higher-ash fuel.

Goat feed is similar to sheep feed—typically 4-5mm pellets with moderate hardness. For 0.5-1 T/H, the SZLH250 (22kW, 1-2 T/H) is plenty—you’ll run at partial capacity.

Key considerations for goat feed:

• Fiber content – Goats need 15-20% fiber. Include hay or alfalfa in the formulation.
• Pellet size – 4-5mm is ideal. Goats can’t eat large pellets easily.
• Hardness – Medium compression die. Test pellets before full production.

Complete mini feed line:

• Hammer mill (SFSP56*40)
• Mixer (SLHY1.0A)
• SZLH250 goat feed pellet making machine
• Small cooler (SKLF11*11)
• Screener
• Manual bagging

Investment $20,000-$90,000. Several German goat farms run this scale. The payback is quick because purchased goat feed is expensive and you control the ingredients.

Wheat straw is one of the easier straws to pellet. For 8 T/H, you need two CZLH768 units in parallel or a custom larger mill.

Die recommendations for wheat straw:

• Compression ratio – 1:7 to 1:8 (higher than wood, lower than rapeseed)
• Die thickness – 50-60mm effective length
• Material – Stainless steel or chrome-plated for longer life
• Hole diameter – 6-8mm depending on boiler requirements

Complete straw pellet line at 8 T/H:

• Bale breakers (two units)
• Hammer mills with 8-10mm screens
• Two CZLH768 wheat straw pellet machine
• Two coolers
• Common screener
• Bagging or bulk load-out

Investment $200,000-$800,000. Several Brandenburg biomass plants run this configuration. Wheat straw pellets have lower ash than rapeseed straw and are preferred by some industrial boilers.

Sheep do well on 4-6mm pellets. The larger size reduces fines and is still easy for sheep to chew. For 1-2 T/H, the SZLH420 (110kW, 10-12 T/H) is oversized but reliable—you’ll run at partial capacity.

Complete sheep feed line:

• Hammer mill (SFSP66*60 or 66*80)
• Mixer (SLHSJ1.0A or 2.0A)
• SZLH420 pellet mill
• Cooler
• Screener
• Bagging

Investment $20,000-$180,000. Several German sheep operations run this scale. The advantage is formulation flexibility—you can adjust protein and fiber based on pasture quality and stage of production.

For 5 T/H rabbit feed, the SZLH508 (160kW, 15-16 T/H) gives you capacity headroom. Consistent hardness depends on several factors:

1. Consistent ingredients – Same source, same grind size
2. Moisture control – Target 13-14% into the pellet mill
3. Steam conditioning – Proper conditioning (80-85°C) gelatinizes starch for binding
4. Die selection – Consistent compression ratio, changed at regular intervals
5. Cooling – Pellets must cool to near ambient before bagging

Quality control equipment:

• Moisture meter on incoming ingredients and finished pellets
• Pellet durability tester (Holmen or similar)
• Regular hardness testing
• Control system that logs parameters per batch

Complete 5 T/H rabbit feed line:

• Hammer mill
• Batching system
• Double-shaft mixer
• SZLH508 pellet mill with conditioner
• Counterflow cooler
• Screener
• Bagging

Investment $350,000-$450,000. Several German rabbit feed mills run this setup. The key is discipline in monitoring and adjusting.

That dust issue is more common than people think—and in the German market, where ENplus standards are strict and customers expect clean pellets, it’s worth solving.

A good vibrating screen Germany after the cooler will take out the fines before bagging, giving you a cleaner product and a separate fines stream you can recycle back into the process. Below are our two main screen types and what they cost.

SFJZ Series Vibrating Screens

These are linear motion vibrating screens—simple, reliable, and effective for basic fines removal. They use self-balancing vibration, so they run smoothly without transferring too much motion to your structure.

Key features:

• Self-balancing drive – No oil lubrication needed, less maintenance
• Fixed angle (19°) – Good for most pellet applications
• Two-fraction separation – Overs and fines (good pellets vs. dust)
• Quick-screen change – Easy access when you need different mesh

SFJZ Series Specifications & Price Ranges (FOB USD)

SFJH Series Rotary (Gyratory) Screens

These are gyratory screens—they move in a circular motion, giving material more opportunity to find screen openings. They’re gentler on pellets and more efficient at separating near-size material. They can also do three fractions (overs, mids, fines) if you need to grade pellets by size.

Key features:

• Gyratory motion – Gentle on pellets, less breakage
• Adjustable radius – 25-35mm, tunable to your material
• Multi-deck options – 2 or 3 decks for multiple size fractions
• Higher efficiency – Better at removing fines than vibrating screens

SFJH Series Specifications & Price Ranges (FOB USD)

Vibrating vs. Gyratory: Which One for German Pellets?

SFJZ Vibrating Screens are:

• Lower cost
• Simpler, less maintenance
• Good for basic fines removal
• Suitable for most wood pellets where you just need to get the dust out

SFJH Gyratory Screens are:

• Higher cost
• More efficient separation
• Gentler on pellets (less breakage)
• Can grade by size (6mm vs. 8mm pellets, for example)
• Better for premium markets where dust is critical

For pellet screening machine for sale in Germany going into ENplus-certified lines, we often recommend the SFJH series. The extra cost ($2,000-$5,000 more than comparable vibrating screen) pays for itself in fewer customer complaints and higher product value.

What German Customers Typically Choose

Small Pellet Line (1-2 T/H) – SFJZ80
A small sawmill in Bavaria just starting to sell pellets locally often picks the $2,800-$4,500 range. They need to remove the obvious dust, but their customers aren’t yet demanding premium dust-free product. The vibrating screen does the job.

Medium Commercial (3-5 T/H) – SFJH100
A dedicated pellet producer in Lower Saxony targeting ENplus certification typically goes for the $5,500-$8,000 gyratory screen. They need to meet the strict dust limits in the standard, and the gentler action prevents creating new fines during screening.

Large Industrial (8-10 T/H) – SFJH125 or SFJH150
A major pellet plant in Brandenburg exporting to other European markets chooses the $7,000-$12,000 range. They often run 3-deck screens to separate:

• Overs (recycle to hammer mill)
• Premium pellets (6mm, bagged)
• Fines (recycle to pellet mill)

What’s Included in These Prices

For the pellet grading screen Germany prices above, the equipment includes:

• Complete screen with drive motor
• One set of screens (your choice of mesh size)
• Inlet and outlet connections
• Support frame
• Basic control (start/stop)

Not included:

• Infeed and discharge conveyors
• Support steel beyond the frame
• Installation
• Shipping and import costs
• Additional screen sets (for different products)

Screen Mesh Selection

The right mesh depends on your pellet size:

For ENplus wood pellets, the standard is essentially zero visible dust. That means a bottom screen around 2-2.5mm to catch everything smaller than good pellets.

Where Screening Fits in Your Line

Typical positions for vibrating screen for pellets in Germany:

1. After the cooler – Most common. Pellets come out of the cooler at 30-40°C, go through the screen, then to storage or bagging.
2. Before bagging – If you have storage silos, you might screen again just before bagging to catch any dust created during handling.
3. In the recycle loop – Fines from the screen go back to the pellet mill (pneumatically or by conveyor).

The screening machine for pellets Germany installation we do most often is right after the cooler, with a fines conveyor back to the pellet mill bin.

Dust Control

Screening creates dust—that’s literally the point. You need:

• Enclosed screens (all ours are)
• Dust collection ports (included)
• Connection to your plant dust system

For pellet cleaning machine Germany applications, the screen itself is the first step in dust control. The second step is a good cyclone or baghouse on the exhaust.

Custom Configurations

These are our standard models, but we regularly customize for German customers:

• Stainless steel – For food-grade or corrosive applications
• ATEX certification – Explosion-proof for indoor installations
• Multiple decks – 2 or 3 depending on your grading needs
• Quick-change screen frames – For switching between products
• Variable speed – Adjustable vibration frequency
• Heated screens – For sticky materials (rare in pellets, more for powders)

The pellet screening machine price in Germany for a custom configuration will be different from standard catalog pricing.

If you’re dealing with dust complaints and want a proper quote for a screen that will solve the problem, tell us:

• Your pellet size (6mm, 8mm, etc.)
• Your current capacity (tons per hour)
• Whether you just need fines removal or size grading
• Your space available
• Whether you need to meet specific standards (ENplus, DINplus)

Then we can recommend the right model and work up pricing that actually matches your quality requirements.

Spruce chips are good material. The MZLH768 at 315kW is rated 3-4 T/H on wood, so 4 T/H is actually above spec—you’re doing well. To get to 5-5.5, you need:

1. Check chip size – Chips should be 3-5mm after hammer milling. If too large, pellet mill slows down.
2. Moisture – Target 12-14%. If higher, throughput drops.
3. Die condition – Worn dies reduce throughput. When was the last change?
4. Conditioning – Steam addition (if you have it) can increase throughput 10-15%.
5. Motor load – Are you hitting 100%? If not, you have headroom.

Possible upgrades:

• Add steam conditioning (retrofit kit available)
• Upgrade hammer mill for finer, more consistent particle size
• Consider a second pellet mill in parallel (two MZLH768s for 8 T/H total)

The MZLH768 at 4 T/H on spruce chips is excellent performance. To go higher, you need upstream improvements.

That warm-pellet problem is exactly why coolers exist. Pellets straight out of the die are hot—80-100°C is normal—and they need to come down to near ambient temperature (within 3-5°C) before they’re durable enough for handling and storage.

Without proper cooling, they’ll continue to release moisture, soften, and even mold in the bag. Below are our counterflow coolers, what they cost, and what capacity each handles.

Why Counterflow Cooling?

Counterflow means cool air moves upward through the pellets while pellets move downward. This is the most efficient design because:

• Temperature gradient – Coolest air meets coolest pellets at the bottom, warmest air meets hottest pellets at the top
• Gentle handling – No mechanical moving parts inside the pellet bed
• Uniform cooling – Every pellet gets the same treatment
• Low energy – Fans only, no moving parts in the cooling chamber

SKLF Series Flap-Gate Discharge Counterflow Coolers

These use a flap-gate system at the bottom to discharge cooled pellets in batches. Simple, reliable, and the most common choice for wood pellets and feed.

SKLY Series Rotary Valve Discharge Counterflow Coolers

These use a rotary valve (star valve) for continuous discharge. Slightly more expensive, but gives smoother flow and is preferred for fragile pellets or when you need very precise discharge control.

Both series have the same capacity ranges:

Counterflow Cooler Specifications & Price Ranges (FOB USD)

Flap-Gate vs. Rotary Discharge

SKLF (Flap-Gate)

• Discharges in batches (every 30-60 seconds)
• Simpler mechanism, fewer moving parts
• Slightly lower cost
• Good for wood pellets, most feeds
• The pellet counterflow cooler Germany we recommend for most applications

SKLY (Rotary Valve)

• Continuous discharge
• Smoother flow, less surging
• Better for fragile pellets (some feeds, specialty products)
• Slightly higher cost
• The counter flow cooler in Germany for applications needing precise control

For a 3-4 T/H wood pellet factory in Bavaria, the SKLF17*17 or SKLF20*20 with flap discharge ($7,000-$12,500) is what we’d typically recommend.

What German Customers Typically Choose

Small Pellet Line (1-3 T/H) – SKLF11*11
A farm-scale operation or small sawmill in the Black Forest often picks the $4,000-$6,500 range. They need to cool pellets before bagging, and the 11*11 model fits their 1-3 T/H output perfectly.

Medium Commercial (3-8 T/H) – SKLF17*17 or SKLF20*20
A dedicated pellet producer in Lower Saxony making 4-6 T/H typically goes for the $7,000-$12,500 range. The 17*17 or 20*20 gives them room to grow and handles their current capacity easily. The wood pellet cooling machine Germany at this level is the heart of their quality control.

Large Industrial (10-20 T/H) – SKLF24*24
A major biomass plant in Brandenburg with multiple shifts chooses the $10,000-$15,000 range. They need reliable 24/7 operation, and the 24*24 with its 2.2kW fan handles 15-20 T/H without breaking a sweat.

Feed Mill with Fragile Pellets – SKLY series
A German feed mill producing delicate pig starter pellets or fish feed might choose the rotary discharge version—$1,000-$2,000 more than the equivalent flap model—to ensure gentle handling.

What’s Included in These Prices

For the pellet cooling system Germany prices above, the equipment includes:

• Complete cooling column with inlet and outlet
• Discharge mechanism (flap-gate or rotary valve)
• Fan with motor
• Cyclone for dust collection
• Control panel with level sensors
• Safety switches

Not included:

• Inlet conveyor from pellet mill
• Discharge conveyor to screening/bagging
• Ducting between cooler and cyclone
• Support steel beyond the cooler frame
• Installation
• Shipping and import costs

Cooling Time and Pellet Type

The 6-15 minute cooling time range is adjustable by controlling the discharge rate. Factors that affect needed time:

The counterflow pellet cooler Germany is sized to give you this time at your rated capacity. The 17*17 model at 6-8 T/H gives you about 10-12 minutes of cooling at full flow.

Why Temperature Matters

Pellets leaving the cooler should be within 3-5°C of ambient. If they’re warmer:

• In the bag – They’ll continue to release moisture, softening pellets and potentially causing mold
• In the silo – Warm pellets can cause condensation on silo walls, leading to clumping
• During shipping – Temperature cycles can cause sweating in containers

German customers supplying ENplus-certified wood pellets need consistent cooling to meet quality standards. The biomass pellet cooler Germany is not optional—it’s essential for market acceptance.

Installation Considerations

Counterflow coolers are tall—they need headroom. Typical installation:

• Pellet mill discharges into bucket elevator
• Elevator lifts pellets to top of cooler
• Pellets flow down through cooler by gravity
• Cooled pellets discharge at bottom to conveyor

For the 17*17 model, you need about 4-5 meters of height from cooler inlet to outlet. Factor this into your building layout.

Dust Collection

The cooling air picks up fines and dust. Our coolers include a cyclone to separate dust from the airstream. Options:

• Cyclone only – Returns dust to process, air to atmosphere (may need permit)
• Cyclone + baghouse – For strict German emissions standards (TA Luft)
• Closed loop – Air recirculated with dehumidification (rare)

The pellet cooling machine in Germany meeting local emissions standards will need proper dust control—factor this into your budget.

Custom Configurations

These are our standard models, but we regularly customize for German customers:

• Stainless steel – For food-grade or corrosive applications
• ATEX certification – Explosion-proof fans and controls
• Variable frequency drives – Adjustable fan speed for different products
• Automated discharge control – Based on temperature sensors
• Insulated column – For outdoor installations in cold climates
• Heated air inlet – For very cold climates (prevents freezing)

The counterflow pellet cooler for sale Germany price for a custom configuration will be different from standard catalog pricing.

If you’re adding a cooler to solve warm-pellet problems and want a proper quote for your specific needs, tell us:

• Your current pellet output (tons per hour)
• Pellet type (wood, feed, bedding)
• Pellet size (diameter)
• Inlet temperature from your pellet mill
• Your space available (especially height)
• Any special requirements (ATEX, stainless, emissions)

Then we can recommend the right model and work up pricing that actually matches your cooling needs.

For high-calcium layer feed, 3000 tons die life is actually good. Calcium is abrasive—it wears dies faster than standard feed. Typical die life:

• Standard poultry/pig feed: 6000-8000 tons
• High-calcium layer feed: 2500-4000 tons
• With stainless or chrome dies: 4000-5000 tons

Recommendations:

1. Stainless steel dies – More expensive but longer life
2. Chrome-plated dies – Good for abrasive feeds
3. Die rotation – Rotate dies (if your mill allows) to distribute wear
4. Calcium particle size – Larger calcium particles are less abrasive? Test different sources
5. Pre-blending – Mix calcium thoroughly so it’s not concentrated

The SZLH420 ring die feed pellet machine at 12 T/H is appropriate. Factor die cost into your operating budget—it’s normal for layer feed.

Horse bedding pellets should be soft enough to break down when wet but hard enough to handle without dust. For pine shavings:

• Die thickness – Thinner than fuel pellets (shorter effective length)
• Compression ratio – Lower (1:4 or 1:5)
• Hole diameter – 8mm is good
• Die material – Standard carbon steel is fine for pine

The MZLH678 at 200kW would do 3 T/H comfortably on pine shavings. For bedding, you actually want slightly lower density than fuel pellets so they break down faster in stalls.

Complete bedding line:

• Hammer mill with 6-8mm screens (preserve some fiber length)
• MZLH678 pellet mill with bedding-specific die
• Cooler
• Polishing screen (removes fines without breaking pellets)
• Bagging

Investment $50,000-$350,000. Several German horse bedding producers run this configuration. The key is the die design—we can supply exactly what you need for soft bedding.

The MZLH series is our most versatile line—it handles everything from softwood sawdust to straw to bark, with the right configuration. Below are the models, what they cost, and what they’re best suited for based on the materials common in Germany.

MZLH Series Biomass Pellet Mills

These are ring die biomass pellet presses specifically designed for biomass applications. Key features that matter for German materials:

• Heavy-duty gearbox – Handles the higher torque needed for hardwoods and straw
• Forced feeder – Essential for light materials like sawdust and straw that don’t gravity-feed well
• Anti-bridging feeder – Prevents blockages in the inlet
• Die options – Different compression ratios for different materials

MZLH Series Specifications & Price Ranges (FOB USD)

What German Customers Are Processing

Softwood Sawdust (Spruce, Pine)
The most common material in German sawmills. Spruce and pine are relatively easy to pelletize—they have natural lignin that helps binding. A spruce wood pellet machine Germany running clean sawdust at 12-15% moisture is the simplest application. The MZLH420 at $26,000-$35,000 handles 1-1.2 T/H, perfect for a medium sawmill.

Hardwood Sawdust (Beech, Oak)
Hardwoods are denser and more abrasive. They require more power and heavier-duty dies. A beech wood pellet press Germany needs to be in the MZLH520 range or higher—$40,000-$52,000 for 1.5-2.0 T/H. German furniture makers with beech and oak waste fall into this category.

Mixed Forest Residues
Bark, branches, and forest thinnings—these are more challenging. Bark is abrasive, branches may contain dirt. A forest biomass pellet machine Germany for this material needs heavy-duty construction and possibly a pre-treatment step. The MZLH678 at $60,000-$78,000 is where we start for these applications.

Straw (Wheat, Barley, Rapeseed)
Straw is fibrous, light, and has higher ash content. It needs a forced feeder and often a thicker die. A wheat straw pellet machine Germany in the MZLH520 or MZLH678 range works well. German farmers in Brandenburg with cereal straw often choose the MZLH520 at $40,000-$52,000.

Rapeseed Straw
The toughest of the straws—waxy surface, high silica, abrasive. A rapeseed straw pellet mill Germany needs the heavy-duty option: MZLH678 with hardened dies. Budget $60,000-$78,000 for 2.5-3.0 T/H.

Grain Processing Residues
Sunflower husks, grain husks, and other milling byproducts. These are light but can be oily. A sunflower husk pellet machine Germany in the MZLH420 or MZLH520 range works well. German oilseed processors use these.

Wood Shavings and Fibers
From planing and sanding operations. These are very light, need forced feeder, but are clean and consistent. A wood shaving pellet machine Germany in the MZLH350 or MZLH420 range is common for furniture manufacturers.

Beyond Fuel: Cat Litter and Animal Bedding

The same MZLH machines can produce:

• Cat litter – Larger dies (8-12mm), often with added binders
• Animal bedding – Soft pellets that break down easily, often from softwood

A wood shaving pellet press Germany making horse bedding would use the same MZLH350 as a fuel pellet operation—just different die and sometimes a different cooler setup.

What’s Included in These Prices

For the biomass wood pellet machine Germany prices above, the equipment includes:

• Main motor
• Anti-bridging feeder
• Forced feeder
• Pellet mill with die and rollers
• Control cabinet
• Basic startup tools

Not included:

• Dies (additional sets) – $500-$2,000 depending on size and material
• Conditioner (for adding steam or water) – Optional extra
• Cooler – Separate
• Screener – Separate
• Installation
• Shipping and import costs

Capacity vs. Material

The capacity ranges shown are for standard softwood sawdust at 12% moisture. For other materials, expect:

So a pine sawdust pellet press Germany rated at 1.5-2.0 T/H for softwood might only do 1.0-1.5 T/H on oak.

Die Specification Matters

The die is everything in biomass pelleting. Options:

• Compression ratio – Higher for hard-to-pellet materials (straw, bark), lower for easy materials (softwood)
• Stainless steel – For corrosive materials (some agricultural residues)
• Chrome-plated – For abrasive materials (hardwood, straw)
• Thicker dies – For high-pressure applications

When you order a sawmill waste pellet mill Germany, we’ll recommend the right die for your specific material.

What German Customers Typically Choose

Small Sawmill / Joinery – MZLH350
A furniture maker in the Black Forest with beech and oak sanding dust, maybe some spruce offcuts, often picks the $18,000-$24,000 range. They’re processing 1-2 tons per day, enough to heat their shop and sell some bags locally.

Medium Sawmill – MZLH420
A sawmill in Bavaria processing spruce and pine, selling pellets to the local heating market, typically goes for the $26,000-$35,000 range. 1-1.2 T/H matches their sawdust output perfectly.

Farm with Straw – MZLH520
A farm cooperative in Brandenburg with wheat and rapeseed straw chooses the $40,000-$52,000 range. They need the extra power and forced feeder to handle the fibrous material.

Commercial Pellet Producer – MZLH678
A dedicated biomass company in Lower Saxony processing mixed forest residues, bark, and sawmill waste invests in the $60,000-$78,000 range. They need the heavy-duty construction for 24/7 operation on difficult materials.

Custom Configurations

These are our standard models, but we regularly customize for German customers:

• Stainless steel contact parts – For corrosive agricultural residues
• Tungsten carbide dies – For extreme abrasion (bark, rapeseed straw)
• Variable frequency drives – For precise control with variable materials
• Automatic lubrication – For continuous operation
• ATEX certification – For explosive environments

The biomass pellet machine price in Germany for a custom configuration will be different from standard catalog pricing.

If you’re planning a biomass project and want a proper quote for a machine that matches your specific materials, tell us:

• What materials you’ll process (spruce, pine, beech, oak, straw types, bark, etc.)
• Typical moisture content
• Desired capacity (tons per hour)
• End use (heating pellets, cat litter, animal bedding)
• Any special requirements (stainless, ATEX)

Then we can recommend the right MZLH model and work up pricing that actually matches your feedstock.

Dust in organic fertilizer pellets is common—compost has less natural binder than fresh manure. For 2 T/H, the SFJH100*2C gyratory screen (2.2kW, 4-8 T/H) is ideal.

Why gyratory over vibrating:

• Gentler action—fewer pellets broken during screening
• Better separation—removes dust without losing good pellets
• Adjustable—can tune for different products

Recommended screen sizes:

• Top screen: 8-10mm (remove overs)
• Bottom screen: 2-3mm (remove dust)

Also consider:

• Dust collection – Connect screen to your dust system
• Polishing after cooling – Screen after cooler, not before
• Binder – If dust persists, consider adding lignosulfonate or other binder

Investment for screen $5,500-$8,000. Several German organic fertilizer producers use this setup. The dust goes back to the mixer or is sold separately for gardening.

Broiler crumbles are made by taking 3-4mm pellets and running them through crumbling rolls. Fines come from:

1. Pellets too soft – Improve conditioning and compression
2. Crumbling roll gap – Too tight creates fines; too loose creates large pieces
3. Screening after crumbling – Need proper screen to remove fines

Recommendations:

• Check pellet quality before crumbling (durability >95%)
• Adjust crumbling roll gap (start with 2mm gap for 3mm pellets)
• Screen after crumbling with 2mm bottom screen
• Recycle fines to pellet mill

For 8 T/H, the SZLH420 pellet mill with crumbling rolls (added after cooler) is standard. The crumbling rolls themselves are $15,000-$25,000 additional.

Complete line with crumbles:

• SZLH558 pellet mill
• Counterflow cooler
• Crumbling rolls
• SFJH100*2C or 125*2C screener
• Control system

Investment $150,000-$450,000. Several German broiler operations run this configuration with minimal fines.

High-moisture corn is challenging for pelleting. Options:

1. Dry it – Best solution. Use a small dryer or mix with dry grain.
2. Blend it – Mix wet corn with dry corn to average 14%.
3. Grind finer – Smaller particles dry faster in the conditioner.
4. More steam – Extra conditioning can help, but risk of plugging.

For 10 T/H, the SZLH558 is appropriate. If wet corn is occasional, blend it. If consistent, consider a small grain dryer.

Also check:

• Hammer mill screen size (3-4mm for corn)
• Conditioner retention time (longer helps)
• Die compression (higher for wetter material)

Complete feed line with variable moisture handling:

• Moisture sensor on incoming grain
• Automated blending controls
• SZLH558 pellet mill
• PLC with moisture compensation logic

Investment $100,000-$500,000. Several Bavarian dairies run this setup, blending wet home-grown corn with purchased dry grain.

Yes, sharing downstream equipment is common and cost-effective. The typical setup:

• Two extruders (one for sinking trout, one for floating carp)
• Common belt dryer (sized for total 6 T/H)
• Common cooler
• Common oil coater (with separate tanks for different oils)
• Common screener
• Common bagging line

You need:

• Valves and diverters to route product from either extruder
• Control system that tracks which product is running
• Cleaning procedures between product changes

For 3 T/H each, the SPHS120 (1.5-2.0 T/H) for one line and SPHS150 (3-4 T/H) for the other, or two SPHS150s. Common dryer would be QHG-2000 or larger.

Total investment $800,000-$1,000,000 for dual extruders with shared downstream. Several German fish farms have done this, producing both feed types efficiently.

Bark pellets are challenging but doable. Maximum bark content depends on:

• Ash content – Bark has 3-8% ash vs. 0.5-1% for clean wood. Industrial boilers can handle it.
• Abrasiveness – Bark is very abrasive. Expect die life 600-1000 tons.
• Binding – Bark has less lignin. May need binder or mix with sawdust.

For 5 T/H of pure bark, you need:

• Heavy-duty hammer mill (SFSP66*150)
• MZLH678 or 768 with chrome-plated die
• Stainless steel or hardened wear parts
• Expect 30-40% lower throughput than wood (so 5 T/H bark needs 8-10 T/H wood capacity mill)

If you mix 50/50 with sawdust, it’s much easier. Several German sawmills run 50/50 bark/wood mixes successfully. The pellets sell to industrial boilers that are designed for higher-ash fuel.

For 4% molasses, you have two options:

1. In the mixer – Works well with double-shaft mixer. Add after dry ingredients, mix 2-3 minutes.
2. Post-pelleting coating – Better for higher inclusion, but adds equipment cost.

At 4%, mixer addition is fine. For 4 T/H, the SLHSJ2.0A double-shaft mixer with spray system works. Price $10,500-$14,500 for mixer, plus $5,000-$8,000 for molasses system.

Complete line with molasses:

• Hammer mill
• Double-shaft mixer with molasses spray
• SZLH420 pellet mill
• Cooler
• Screener
• Bagging

Investment $60,000-$280,000. Several German sheep operations use this for improved palatability and reduced dust.

Poultry litter (manure + bedding) can be pelleted for fertilizer, but pathogen control is critical. The heat from pelleting (80-90°C) kills many pathogens, but for complete safety:

1. Compost first – Let litter compost to 65°C for several days
2. Pasteurize – Use a conditioner that holds material at 85°C for 3-5 minutes
3. Test regularly – For Salmonella, E. coli

For 3 T/H, the FZLH420 (90kW, 6-8 T/H) is appropriate. Key features:

• Stainless steel contact areas (corrosive)
• Conditioner with extended retention time
• Die with appropriate compression

Complete line:

• Hammer mill
• Conditioner (extended)
• FZLH420 poultry manure pellet machine
• Cooler
• Screener
• Bagging
• Testing equipment

Investment $500,000-$280,000. Several German poultry operations pelletize litter for sale to organic farmers. The nutrient content is consistent and the pellets are easy to spread.

The SPHS185 at 200kW does 5-6 T/H, so it’s perfect for your 4 T/H total. Twin-screw gives you the flexibility to switch between floating and sinking with parameter changes.

Changeover process:

• Flush system with clean material (10-15 minutes)
• Adjust screw configuration (if needed)
• Change die (if different hole size)
• Adjust cutter speed
• Update control parameters (temperatures, moisture, screw speed)

Total changeover time 30-60 minutes. For 4 T/H, you might run floating for 4 hours, change over, run sinking for 4 hours.

Complete line:

• Fine-grinding hammer mill
• Batch mixer
• SPHS185 twin-screw extruder
• Belt dryer
• Cooler
• Oil coater (separate tanks for different oils)
• Control system with recipe storage

Investment $200,000-$650,000. Several large German trout farms run this configuration, producing both feed types from one line efficiently.

The φ1.5*15 is rated 2-4 T/H depending on moisture. To increase from 3 to 4 T/H:

1. Check inlet moisture – If chips are wetter than design (45-50%), throughput drops.
2. Check temperature – Inlet temp should be 400-500°C. If lower, add more burner capacity.
3. Check airflow – Is the fan delivering rated CFM? Dirty screens reduce airflow.
4. Check drum speed – Faster speed reduces retention time but may increase throughput.
5. Check flights – Worn flights don’t cascade material properly.

Possible upgrades:

• Increase burner capacity ($10,000-$20,000)
• Upgrade fan motor ($5,000-$10,000)
• Install variable frequency drive for speed control ($3,000-$5,000)
• Replace flights ($8,000-$12,000)

Before upgrading, measure all parameters. Often one simple fix solves it. Several German dryers have gone from 3 to 4 T/H with better maintenance and tuning.

Catfish feed is similar to other floating fish feeds—typically 28-32% protein, 4-6% fat, floating for surface feeding.

For 1 T/H, the SPHS75 twin-screw (55kW, 0.5-1.0 T/H) is appropriate. Learning curve considerations:

1. First month – Expect some waste as you learn parameter adjustments. Plan for 10-15% lower output.
2. Training – We provide 1-2 weeks on-site training during commissioning.
3. Recipe development – We help with initial formulations based on your ingredients.
4. Troubleshooting – Remote support available for first year.

Complete starter line:

• Fine-grinding hammer mill
• Small batch mixer
• SPHS75 extruder
• Small belt dryer (DHG-400 or 500)
• Cooler
• Manual bagging

Investment $50,000-$200,000. Several German RAS operations have started with this scale. The key is patience—extrusion is a science, but you’ll be producing good feed within weeks.

Sunflower husks pellet well. They have:

• Good calorific value (similar to wood)
• Moderate ash content (3-5%)
• Some oil residue (helps binding)

For 2 T/H, the MZLH520 (132kW, 1.5-2.0 T/H) is appropriate. Die selection: medium compression (1:5 or 1:6) works well.

Complete line:

• Hammer mill (husks may need size reduction)
• MZLH520 pellet mill
• Cooler
• Screener
• Bagging

Investment $50,000-$180,000. Several German oilseed processors pelletize husks for on-site boiler fuel or sale. The ash is higher than wood, so target industrial boilers that can handle it.

Ribbon mixers struggle with high-density ingredients like limestone, which tends to sink to the bottom. For 7% limestone, you need:

1. Double-shaft paddle mixer – Fluidized mixing zone keeps heavy particles suspended
2. Extended mixing time – Add limestone early, mix longer
3. Spray liquid – A little water or oil helps limestone adhere to other particles

For 8 T/H, the SLHSJ4.0A double-shaft mixer (30kW, 2000kg batch) is ideal. Price $18,000-$24,000.

Also check:

• Particle size of limestone (finer distributes better)
• Order of addition (add limestone after some dry mixing)
• Mixer full capacity (don’t overfill)

Complete chicken feed mill plant upgrade:

• New double-shaft mixer
• Control system with new mixing program
• Testing equipment for calcium uniformity

Investment $25,000-$35,000 for mixer and installation. Several German layer feed mills have switched from ribbon to double-shaft for this reason.

Oak is dense and hard. The MZLH678 at 200kW is rated 2.5-3.0 on softwood. On oak, expect 1.8-2.2 T/H—so 2 T/H is actually normal. Hardwoods typically run 60-70% of softwood capacity.

To maximize oak throughput:

1. Moisture – Oak at 10-12% pellets better than higher.
2. Particle size – Oak needs consistent 3-4mm particles. Check hammer mill screens.
3. Die condition – Oak wears dies faster. When was last change?
4. Conditioning – Steam helps oak pellet. Are you using it?
5. Die compression – Oak needs higher ratio (1:7 or 1:8) than softwood.

If you need more capacity, consider:

• Upgrade to MZLH768 (315kW) for 2.5-3.0 on oak
• Add steam conditioning (10-15% boost)
• Run two shifts instead of one

For pure oak, your current output is reasonable. Several German hardwood processors run similar numbers.

Medicated feed requires precise mixing to avoid under- or over-dosing. For 3 T/H:

1. Premix – Create a small premix with the medication and a carrier (e.g., ground corn)
2. Micro-ingredient system – We offer micro-dosing scales that weigh very small amounts accurately
3. Double-shaft mixer – SLHSJ2.0A for thorough distribution
4. Extended mixing time – Add premix early, mix 3-4 minutes
5. Testing – Regular assays to confirm uniformity

For 3 T/H, the SZLH420 pellet mill with micro-dosing system is appropriate. The micro system adds $15,000-$25,000 to the line.

Complete medicated feed line:

• Hammer mill
• Micro-dosing system for medications
• Double-shaft mixer
• SZLH420 pellet mill
• Cooler
• Screener
• Bagging with lot tracking

Investment $50,000-$250,000. Several German rabbit feed mills run medicated lines with our micro-dosing systems, passing regular government inspections.

Yes, we have a project from late 2022 in Hamburg that fits your description exactly. The client there was processing a mix of urban wood waste—trunks from tree services, pallet scraps, clean construction offcuts, and some sawdust from local joinery shops. They needed a line that could handle variable material but produce consistent 8-10mm pellets for industrial heating. Here’s how that 2-2.5 t/h wood pellet plant in Germany was set up.

Hamburg Wood Pellet Line – 2-2.5 T/H

Project Background

The client in Hamburg had been collecting wood waste for years but was selling it raw at low value. They wanted to move up the value chain by producing ENplus-quality pellets. The main challenge was the material variation—some days they’d get dry pallet wood, other days wet tree trunks from municipal crews. They needed a line flexible enough to handle both without constant adjustment.

They also had specific requirements: all motors had to be Siemens (their maintenance team was trained on them), and the entire electrical system had to meet CE standards for operation in Germany. That’s something we handle regularly for German customers—we source Siemens components and have our control panels certified for CE before shipping.

Equipment Configuration

The line we designed for them included:

The pellet mill in Germany we installed—the MZLH520—has been running reliably since October 2022. It’s a ring die machine with a 132kW Siemens motor, rated for 1.5-2.0 T/H on standard wood, but they’re consistently getting 2-2.5 T/H because their material after drying is clean and consistent. The forced feeder is essential for their mix of sawdust and fine particles from the hammer mill—without it, the material would bridge and stop flowing.

Process Flow

The client wanted to understand every step before committing, so we walked them through the full process:

Step 1: Slicing (Chipping)
The raw material—trunks, sticks, pallet scraps—goes into the XPJ850*500 drum chipper via an infeed conveyor. The chipper reduces everything to 20x20mm pieces. The 132kW main motor handles even the occasional large piece without stalling. A magnetic separator at the discharge pulls out any nails or wire from pallets.

Step 2: Crushing (Hammer Milling)
The chips then feed into the SFSP66*100 hammer mill. Inside, rotating hammers impact the material against screens—we supplied 4mm screens for this application. The material is ground until it passes through the screens. During conveying to the next step, another magnet removes any remaining ferrous metal.

Step 3: Drying
This is where we addressed the moisture variation. Their incoming material ranged from 20% (clean pallets) to 50% (fresh tree trunks). The φ1.5*15 rotary drum dryer, fired by a biomass burner using their own fines, brings everything down to 12-14% consistently. The dryer control system monitors outlet moisture and adjusts feed rate automatically. This was critical for them—variable moisture was their biggest quality problem before.

Step 4: Pelletizing
The conditioned material enters the MZLH520 pellet mill. The die we supplied for this project is 8mm with a compression ratio optimized for mixed softwood/hardwood. The forced feeder ensures consistent flow even when the material is light (like pure sawdust days). Pellets exit at 80-90°C, hard and shiny.

Step 5: Cooling
Hot pellets go directly into the SKLF17*17 counterflow cooler. Ambient air is pulled up through the pellet column, cooling them to within 3-5°C of room temperature in about 10-12 minutes. This step is essential for hardness—warm pellets are soft and will break.

Step 6: Screening
Cooled pellets pass through the SFJZ100*2C vibrating screen. The top screen (10mm) removes any oversized or fused pellets; the bottom screen (2.5mm) removes fines. The good 8mm pellets go to storage, the fines are recycled back to the burner for the dryer.

Step 7: Packaging
Finally, the pellets go to the DCS-50P bagging machine. They run 15kg retail bags for local stove owners and 500kg big bags for industrial clients. The bagging station includes a heat sealer for plastic bags and a sewing machine for paper—they switch based on customer preference.

Project Cost and Timeline

The total investment for this 2-2.5 t/h pellet plant in Germany was $220,000 FOB Qingdao. That included:

• All equipment listed above
• Siemens motors throughout
• CE-certified electrical panels
• One set of dies and screens
• Control system with basic automation

Not included were shipping to Hamburg (about $8,000 at the time), installation (their team handled it with our remote guidance), and site preparation.

The client ordered in July 2022, we shipped in September, and they were producing pellets by November. We provided online support during installation and sent an engineer for three days of commissioning and training.

What Made This Project Work

A few things stand out about this Hamburg installation:

1. Material flexibility – They don’t know what they’ll get each week, but the line handles it. The dryer and the forced feeder on the pellet mill are the key components for that.
2. German-specific requirements – The Siemens motors and CE certification weren’t optional. We build that into our standard offerings for German customers now.
3. Practical layout – They had space constraints in an existing building. We designed the layout with vertical lifts where needed and a compact footprint.
4. Fines recycling – Using the fines for dryer fuel reduced their operating cost significantly. The burner runs almost entirely on material that would otherwise be waste.
5. Simple automation – They wanted automation but not complexity. The system monitors critical parameters (temperatures, motor loads) and alerts them to problems, but they control the line manually day-to-day.

Lessons for Your Project

If you’re planning a similar wood pellet line in Germany, here’s what I’d suggest based on this project:

• Get a moisture meter – Know what you’re dealing with before it hits the dryer. We can help you size the dryer based on your typical and maximum moisture.
• Think about your market – 8-10mm pellets for industrial heating are different from 6mm for residential stoves. Die selection matters.
• Plan for fines – They’re inevitable. Decide now whether you’ll recycle them, sell them separately, or discard them.
• Consider your power supply – The MZLH520 alone draws 132kW. Total line power is around 300kW. Make sure your transformer can handle it.
• Leave room for expansion – This client is already talking about adding a second pellet mill to double capacity. We designed the layout with that in mind.

If you’d like to discuss a similar pellet plant for your location, we can work through your specific materials, capacity goals, and budget. The Hamburg project is a good template, but every site has its own requirements—power availability, building dimensions, raw material sources. We’ll design accordingly.

Yes, we have a project from September 2021 in Frankfurt that fits exactly what you’re describing. The client there is now a certified ENplus A1 supplier, selling 8mm premium pellets to residential and light industrial customers throughout Hesse. Here’s how that 2-2.5 t/h biomass pellet plant in Germany was designed and installed.

Frankfurt ENplus Pellet Line – 2-2.5 T/H

Project Background

The client in Frankfurt had been in the firewood business for years but wanted to expand into pellets. They had access to consistent log supply—mostly spruce and pine from sustainable forestry operations in the region. Their goal was ENplus A1 certification from day one, which meant the entire line had to be designed for consistent quality, low ash content, and strict dust control.

They also had a specific building they wanted to use—an existing warehouse with 18-meter peak height but limited floor space. We had to design a vertical layout that would fit within 15 meters by 19.5 meters while still allowing for all the equipment and maintenance access.

Equipment Configuration

The line we designed for them included:

The pellet machine in Germany we installed was actually two MZLH420 units running in parallel. Each is rated 1.0-1.2 T/H, so together they give 2-2.5 T/H with built-in redundancy—if one needs maintenance, the other keeps running at half capacity. The client liked this approach because they couldn’t afford downtime during peak heating season.

Building and Layout

The workshop size is 15 meters long by 19.5 meters wide, with 18 meters to the peak. That height was essential—the dryer alone stands about 8 meters tall, and the pellet mills need headroom for the feeders and maintenance access. We designed a vertical flow:

• Ground level: Chipper inlet, dryer discharge, pellet mill platform base, cooler discharge, bagging area
• Mezzanine level: Hammer mill platform, pellet mill feeders, cyclone outlets
• Top level: Dryer inlet, screen deck, cyclone inlets

This compact footprint fit their existing building perfectly. The 30-day installation period included all mechanical assembly, electrical connections, and commissioning.

Process Flow

The client wanted to understand every step, especially since they were aiming for ENplus certification. Here’s the detailed process:

Step 1: Slicing (Chipping)
Logs are fed into the XPJ850*500 drum chipper. The machine produces chips of 20-30mm in length and about 5-10mm thick—ideal for drying and grinding. The chipper’s 132kW motor handles logs up to 500mm diameter without strain. A magnetic separator removes any stray metal from logging operations.

Step 2: Screening
Before drying, the chips go through an SFJZ100*2C vibrating screen. This removes:

• Oversize pieces (returned to chipper)
• Fines and sawdust (go directly to the burner for dryer fuel)
• Perfect-sized chips (continue to dryer)

This step is critical for ENplus because it ensures consistent drying—overs pieces would be wetter, fines would burn in the dryer.

Step 3: Drying
The screened chips enter the φ1.5*15 rotary drum dryer. Inlet moisture averages 40-50% from fresh logs. The dryer, fired by a biomass burner using the fines from screening and later from pellet screening, reduces moisture to 10-12% in about 15-20 minutes residence time. Outlet temperature is carefully controlled—too hot and the wood can ignite, too cool and moisture remains.

Step 4: Crushing (Hammer Milling)
Dry chips are conveyed to the SFSP66*100 hammer mill. This is a water-drop design with 1000mm wide crushing chamber and 90-110kW motor. Key features for this project:

• Direct motor connection (no belts to slip)
• Rotor can run in forward or reverse to extend hammer life
• Negative pressure pneumatic conveying pulls ground material through the screens and keeps dust contained
• No dust emission from this section—everything is under suction

The hammer mill uses 4mm screens to produce uniform particles ideal for pelleting.

Step 5: Pelletizing
Ground material is distributed to the two MZLH420 pellet mills. Each has:

• Anti-bridging feeder (essential for wood fiber)
• Forced feeder (pushes material into the die)
• 90kW main motor
• 420mm ring die diameter

For ENplus A1 certification, we supplied 8mm dies with compression ratio optimized for softwood. The pellets exit at 80-90°C, hard and shiny. The dual-mill setup lets them run different sizes if needed (6mm and 8mm), though they typically run both at 8mm for consistency.

Step 6: Cooling
All pellets combine into the SKLF20*20 counterflow cooler. Ambient air is drawn up through the pellet column, cooling them to within 5°C of room temperature in about 10-12 minutes. After cooling:

• Pellet temperature: ambient +3-5°C
• Pellet moisture: 8-10%
• Bulk density: 650-750 kg/m³ (perfect for ENplus)

Step 7: Packaging
Cooled pellets go to the DCS-50P packing scale. They run two main configurations:

• 15kg retail bags for local stove owners (heat-sealed plastic)
• 1000kg big bags for commercial customers and bulk delivery

The bagging system includes a dust collection port that connects to their central system—important for ENplus cleanliness standards.

Project Cost and Timeline

The total investment for this 2-2.5 t/h pellet plant in Germany was $280,000 FOB Qingdao. That included:

• All equipment listed above
• Complete control panels
• One set of dies and screens per pellet mill
• Structural steel for the mezzanine levels
• Detailed installation drawings

Shipping to Frankfurt (via Hamburg) was about $9,000 at the time. Installation took 30 days with our engineer on site for the first two weeks. The client’s maintenance team handled the rest with our remote support.

The client ordered in July 2021, we shipped in August, installation was complete by late September, and they were producing certified ENplus pellets by October—just in time for heating season.

What Made This Project Work

A few things stand out about this Frankfurt installation:

1. ENplus focus from day one – Every equipment choice was made with certification in mind: the screen before drying, the dust control throughout, the consistent pellet size from matched dies, the cooling to precise temperatures.
2. Dual pellet mills – This gave them redundancy and flexibility. When one mill is down for die changes, they still produce 1-1.2 T/H. When both run, they hit 2-2.5 T/H easily.
3. Vertical layout – Fitting all that equipment into 15×19.5 meters with 18m height required careful planning, but it worked. The client saved the cost of new construction by using their existing building.
4. Zero dust emission – The negative pressure system on the hammer mill and the dust collection throughout mean the plant meets German workplace safety standards easily.
5. Simple operation – Despite the complexity of the line, the control system is straightforward. One operator per shift runs the entire plant from a central panel.

Lessons for Your Project

If you’re planning a similar ENplus-certified pellet line in Germany, here’s what I’d suggest based on this project:

• Start with screening – Removing overs and fines before drying improves everything downstream. It’s worth the investment.
• Consider dual mills – The redundancy is valuable, and you can run different sizes if your market demands variety.
• Plan for height – Dryers and coolers need vertical space. If you’re using an existing building, measure carefully. 18 meters was enough here; 12 meters would have been tight.
• Budget for certification – ENplus requires consistent quality. Our equipment is designed for it, but you’ll also need testing equipment and procedures.
• Think about winter – This plant started up in September and ran through winter without issues. But if your material freezes in storage, you need a plan. Their logs were stored under cover, so no problem.

If you’d like to discuss a similar wood pellet plant construction for your location in Germany, we can work through your specific materials, building dimensions, and certification goals. The Frankfurt project is a proven template for ENplus production at this scale.

That’s actually one of our favorite types of projects—when a customer comes to us with just a vision and a budget, and we get to figure out the rest. We did exactly this for a client in Germany back in April 2020. They had a medium-sized farm, a building about 9 by 5 meters with 15 meters to the roof, and a budget they wanted to stay within. They needed 5-7 tons per hour of poultry and livestock feed, 3-6mm pellets, and they wanted both mash and pellets because different animals need different things at different stages.

Here’s how that 5-7 t/h animal feed processing plant in Germany came together.

From Concept to Commissioning

The client’s initial inquiry was simple: “We have this much money, this much space, and we need this much feed. Can you help?” That’s where our engineering team starts—not with equipment, but with the constraints.

The Challenge:

• Space: 9m x 5m footprint (that’s tight for 5-7 T/H)
• Height: 15m available (good—we can go vertical)
• Budget: €250,000 for machinery (realistic for this scale)
• Products: Both mash and pellets, 3-6mm, for poultry and pigs
• Operation: Manual weighing to start (they had labor available)

The Solution: Building Block Modular Design

We proposed a modular, building-block design. This means the entire line is constructed on a steel frame that can be disassembled, transported, and reassembled. Benefits for this client:

• They could install it themselves with local help (saved money)
• If they ever move buildings, the whole line can move with them
• The frame supports all equipment vertically, minimizing floor space

The final design fit into 13m x 6m x 11m (slightly larger than their building but workable with minor adjustments). Total power: 172kW. Required a 0.5T steam boiler for conditioning.

Equipment Configuration

The pellet mill in Germany we installed was the SZLH420, a 110kW ring die machine that’s normally rated 10-12 T/H on standard feed. For this application, running at 5-7 T/H, it’s barely working—which means longer die life, less maintenance, and consistent quality. The client can push it harder later if they expand.

Process Design – How It Actually Runs

The client wanted a simple, manual system that their existing farm workers could operate without specialized training. Here’s the process we designed:

Step 1: Manual Weighing
All ingredients are weighed manually using floor scales. This was the client’s preference—they have labor, and it saved automation costs. Ingredients are organized into two streams:

• Stream A (needs grinding): Corn, barley, wheat—the grains that need size reduction
• Stream B (no grinding needed): Soybean meal, premixes, minerals—already the right particle size

Step 2: Feeding
Weighed batches go to two different feeding ports:

• Grains go into the screw conveyor feeding the hammer mill
• Powders bypass the hammer mill and go directly to the mixer via a separate port

This dual-feed design is key. If everything went through the hammer mill, the powders would be over-ground and create dust. If nothing went through, grain size would be inconsistent. The operator controls the flow with simple gates.

Step 3: Grinding
The SFSP66*80 hammer mill (75-90kW) grinds grains to the specified particle size. For pig feed, they run 2-3mm screens; for poultry, sometimes finer. The mill is fed by a screw conveyor that meters material evenly—no flooding, no starving.

Step 4: Mixing
Ground grains and pre-weighed powders all go into the SLHSJ2.0A double-shaft mixer. This is a 1000kg batch mixer with 18.5kW motor. Double-shaft design ensures even distribution of all ingredients, including small percentages of minerals and additives. Mix time is 2-3 minutes per batch.

Step 5: Product Split – Mash or Pellets
After mixing, they have a choice:

• Mash feed: Material discharges directly to the finished product bin and is bagged manually
• Pellets: Material diverts to the conditioning chamber before the pellet mill

This flexibility was essential—their young pigs get mash, their growers get pellets, and they can switch without reconfiguring the line.

Step 6: Conditioning and Pelleting
For pellet production, the mixed material enters the conditioner where steam from the 0.5T boiler raises temperature to 80-85°C. This gelatinizes starches, which improves binding and digestibility. The conditioned material then goes into the SZLH420 pellet mill.

They run 3-4mm dies for poultry and 4-6mm for pigs. Die changes take about 30 minutes.

Step 7: Cooling
Hot pellets (80-90°C) go into the SKLF17*17 counterflow cooler. Ambient air is pulled up through the pellet column, cooling them to within 5°C of room temperature in about 10 minutes. This step is critical—warm pellets in bags will sweat and mold.

Step 8: Manual Bagging
Finally, pellets are bagged manually using a simple scale and bag holder. They use 25kg woven poly bags with heat sealers. The bags are stacked on pallets and moved with a hand truck.

Building and Layout

The entire line is mounted on a spliced steel frame that fits into their 9×5 meter building with 15m height. The vertical arrangement:

• Ground level: Bagging area, cooler discharge, control panel
• Mid-level (3m): Pellet mill platform, mixer discharge
• Upper level (6m): Hammer mill, mixer platform, ingredient bins
• Top level (9m): Intake conveyors, cyclones

This compact design is what makes 5-7 T/H possible in such a small footprint. The steel frame also means no special foundations—just a level concrete floor.

Project Cost and Timeline

The total investment for this feed mill in Germany was $250,000 USD (approximately €230,000 at the time) FOB Qingdao. That included:

• All equipment listed above
• The spliced steel frame
• Control panel with basic automation
• One set of dies and screens
• Installation drawings

Not included:

• Boiler (they sourced locally for €15,000)
• Building modifications
• Installation labor (their team did it with our remote guidance)
• Shipping to Germany (about $8,000)

Timeline:

• April 2020: Order placed
• June 2020: Equipment shipped
• August 2020: Installation started
• September 2020: Commissioning complete
• October 2020: Full production

What Made This Project Work

1. They started with just an idea and a budget – We didn’t need a detailed spec. We asked the right questions: what animals, what ingredients, what space, what labor, what future plans. From there, we designed.
2. Modular design – The building-block approach meant the line fits their space now and can move later. It also simplified installation.
3. Dual-feed design – Separating grinding and non-grinding ingredients prevents over-processing and saves energy.
4. Flexible output – Mash or pellets from the same line means they’re not locked into one product.
5. Manual operation – Not every German farm needs full automation. With available labor, manual weighing saved €50,000+ in automation costs.

Lessons for Your Project

If you’re in a similar situation—medium farm, limited space, a budget but not a detailed plan—here’s what I’d suggest:

• Measure your space carefully – Height is your friend. 15m here made it work. 10m would have been tight.
• Think about both mash and pellets – If you have different animals, flexibility pays.
• Don’t over-automate – Manual systems are reliable, easy to fix, and much cheaper.
• Plan for steam – Conditioning improves pellet quality dramatically. Budget for a boiler.
• Leave room to grow – The SZLH420 can do 10-12 T/H. At 5-7 T/H, they have headroom for expansion.

If you have a budget and an idea, we can work from there. The German project above started exactly the same way. We’ll ask about your animals, your ingredients, your space, and your goals—then design a feed plant that fits.

Yes, we actually have a perfect example. In 2019, a German customer came to visit our factory in person. They spent two days walking through our production lines, watching our sawdust pellet line run, and asking very detailed questions about electrical components, safety standards, and material flexibility. They were serious about getting things right—especially the electrical requirements, which in Germany are strict (CE certification, proper IP ratings, Siemens or comparable components).

After the visit, they trusted us to design a 1-2 t/h biomass pellet plant for their operation in Germany. The project was installed in April 2021 and has been running smoothly since. Here’s how that 1-2 t/h wood pellet press machine in Germany came together.

The Project: 1-2 T/H Flexible Biomass Pellet Line

Background

The client’s goal was to utilize local waste streams—primarily forestry residues and wood processing waste from surrounding businesses. But they also had access to agricultural residues like straw and wanted the flexibility to process different materials as availability changed. They needed a line that could handle:

• Wood waste (branches, offcuts, sawdust)
• Straw (when available)
• Potentially other biomass like rice husks or bamboo (if they expanded later)

They also had very specific electrical requirements: everything had to meet German standards, with proper certification and components that their local electricians could service.

The Factory Visit

When they visited in 2019, we ran our demonstration sawdust pellet line for them. They watched the entire process—from raw material intake to finished bags—and asked about:

• Motor brands (we use Siemens, ABB, or equivalent on request)
• Control panel certification (we do CE certification for German projects)
• Safety features (emergency stops, guards, dust collection)
• Material changeover (how long to switch from wood to straw)

Seeing the equipment running in person gave them confidence. They could see the build quality, the attention to detail, and how easily the line handled different materials. By the end of the visit, they were ready to move forward.

Equipment Configuration

Based on their material flexibility requirements and 1-2 T/H target, we designed:

The pellet press machine in Germany we installed was the MZLH420, a 90kW ring die mill rated for 1.0-1.2 T/H on wood. At the upper end with good material, they get 1.5-2.0 T/H comfortably. The forced feeder is essential for the light materials like straw—without it, the material would bridge and stop flowing.

Process Design

The line follows a straightforward flow, designed for easy operation and quick material changes:

Step 1: Chipping
Wood waste—branches, offcuts, small logs—goes into the XPJ680*300 drum chipper. This machine handles material up to 300mm diameter, reducing it to 20-30mm chips. The chipper has a 90kW motor and hydraulic feed rollers that pull material in automatically. A magnetic separator removes any nails or wire from processed wood.

For straw, they bypass the chipper and go directly to the hammer mill after bale breaking (they have a separate small bale breaker for when they run straw).

Step 2: Crushing
The chips are conveyed to the SFSP66*60 hammer mill. This is a 75kW water-drop design with 600mm wide crushing chamber. It uses 4-6mm screens depending on the final pellet size desired. The hammer mill runs under negative pressure—a fan pulls ground material through the screens and conveys it to the next step, with no dust escape.

For straw, they use larger screens (8-10mm) to preserve some fiber length, which helps with binding.

Step 3: Drying
Fresh wood waste can be 35-45% moisture—too wet for pelleting. The φ1.2*12 rotary drum dryer reduces moisture to 12-14%. The dryer is fired by a biomass burner that can use the fines from their screening operation as fuel. Drying time is about 12-15 minutes depending on inlet moisture.

For straw, they often run without drying if it’s been stored dry (below 18%). The dryer gives them flexibility for wetter seasons.

Step 4: Pelleting
Dried material goes into a surge bin above the MZLH420 pellet mill. The forced feeder ensures consistent flow into the die. For wood, they run 6-8mm dies; for straw, they might use 8mm dies with different compression. Die changes take about 30-45 minutes.

The pellets exit at 80-90°C, hard and consistent. The client reports that the pellet mill runs smoothly with minimal vibration—a sign of good balance and alignment.

Step 5: Cooling
Hot pellets go into the SKLF14*14 counterflow cooler. Ambient air is pulled up through the pellet column, cooling them to within 5°C of room temperature in about 8-10 minutes. Proper cooling is essential for hardness and storage life.

Step 6: Screening and Packaging
Cooled pellets pass through the SFJZ80*2C vibrating screen. The top screen removes any oversized or fused pellets; the bottom screen removes fines. The good pellets go to the bagging station.

They package in 15kg retail bags for local sale and 500kg big bags for commercial customers. The bagging is manual with a scale and heat sealer—simple and reliable for their scale.

Project Cost and Timeline

The total investment for this 1-2 t/h biomass pellet plant in Germany was $170,000 USD FOB Qingdao. That included:

• All equipment listed above
• Siemens motors and control components
• CE-certified electrical panels
• One set of dies and screens
• Installation drawings and documentation

Not included:

• Shipping to Germany (about $6,000)
• Installation (their team handled it with our remote support)
• Building and site preparation