0086-138 3838 9622FULLY AUTOMATIC CATTLE FEED PLANT
A fully automatic cattle feed plant from RICHI serves two very different buyers under one roof — commercial feed mills supplying multiple ranches, and integrated dairy or beef operations large enough to mill their own ration on-site. Herd size usually decides which setup makes sense. Under 200 head, a batch mixer paired with a single hammer mill covers daily output fine. Past 500 head, most operators shift toward continuous mixing and pelletizing just to keep ration consistency tight across a 10,000-head feedlot.
We’ve built lines for dairy concentrate, beef finishing rations, calf starter pellets, and TMR-based feed in commercial plants across more than 60 countries — from large dairy cooperatives to beef feedlots and smallholder operations scaling into commercial-volume production.
Raw material handling shifts project to project: silage-heavy TMR lines need different conveying than dry concentrate lines built around corn and soybean meal, and that’s usually where a generic plant layout falls short.
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Five Cattle Feed Formulas, Five Different Production Setups
Not all cattle feed is the same. A pellet made mainly from corn and soybean meal behaves very differently from one containing 15% straw meal. High-protein concentrates require precise micro-ingredient dosing. Urea-containing supplements demand strict mixing uniformity. Even the die specifications can change significantly. That is why every fully automatic cattle feed plant we design starts with the feed product itself—not the equipment.
Whether your target market is dairy farms, beef cattle operations, feed distributors, or integrated livestock companies, we customize the process flow, equipment configuration, automation level, and raw material handling system according to the feed products you plan to manufacture.
High-Energy Concentrate Pellets
Designed primarily for rapid energy supplementation, these pellets are typically based on corn, soybean meal, wheat bran, and vegetable oils, with crude fiber generally below 8%. The production process emphasizes fine grinding, accurate batching, and high pellet durability.
Pellet Size: 3-8mm
Grass & Straw Complete Feed Pellets
This category combines forage materials such as alfalfa meal, grass meal, rice straw powder, wheat straw powder, corn stover powder, and conventional concentrate ingredients into a single pellet. Crude fiber content usually ranges from 5% to 100%.
Pellet Size: 4-12mm
High-Protein Concentrate Feed
The end user typically adds locally available energy ingredients such as corn, barley, sorghum, cassava meal, or wheat before feeding. Because these products contain large quantities of soybean meal, rapeseed meal, sunflower meal, cottonseed meal, and specialty protein sources, mixing accuracy becomes one of the most important process requirements.
Particle Size: 0.5-4mm (powder) / 3-6mm (pellet)
Urea & Non-Protein Nitrogen Supplement Feed
Developed for operations relying heavily on low-cost roughage, these products incorporate controlled levels of urea or other non-protein nitrogen sources to support rumen microbial activity. This feed category requires particularly careful formulation and mixing. Uneven distribution is unacceptable. As a result, the production line often incorporates longer mixing times, higher batching precision, and enhanced quality-control procedures.
Pellet Size: 4-8mm
Vitamin & Mineral Premix Feed
Premix feed serves as the nutritional core of many commercial cattle feed programs. These products combine vitamins, trace minerals, enzymes, amino acids, probiotics, and functional additives into a concentrated formulation. For premix projects, the fully automatic cattle feed plant usually incorporates dedicated micro-ingredient bins, precision dosing systems, and contamination control measures.
Inclusion Rate: 1%-5%
The best production line is not necessarily the largest one. It is the one that matches your raw materials, target market, expansion plans, and product portfolio. Many of our customers begin with one feed category and gradually expand into several profitable product segments using the same core production infrastructure.
Customize My Feed Production Line
fully automatic cattle feed plant videos
We’ve installed more fully automatic cattle feed plant projects than we could ever fit on one page, so we picked five that show how much the equipment list changes once the raw material shifts.
Round-baled alfalfa, wet pasture grass, finished grass meal bought in from a supplier, straight grain — same product category, completely different line. Watch the walkthroughs below, or jump to the project notes if you just want the raw material breakdown.
【5 t/h — Argentina: Pure Alfalfa, Round Bales, No Dryer Needed】This client runs 100% alfalfa — no grain blend at all — pulled straight off round bales, which puts the equipment list a step apart from most projects on this page. Bale moisture came in low enough that we skipped the dryer entirely and built the line around a bale breaker feeding into an alfalfa hammer mill, then cooling, screening, and bagging. At 5 t/h this isn’t a high-volume commodity setup — it’s a premium hay-pellet operation, and the customer cared more about pellet integrity after cooling than raw throughput numbers.
【3 t/h — Kazakhstan: 60% Pasture Grass, 40% Grain, Wet Forage】Sixty percent pasture grass and forty percent grain sounds like a simple ratio until you check the moisture readings on the grass — wet enough that running it straight through the hammer mill would’ve clogged the screens within the hour. We added a forage dryer sized for the grass volume rather than the whole feed stream, which kept energy costs down without overbuilding for grain that didn’t need drying at all.
【1-2 t/h — Kenya: 80% Grass, Smallholder Scale, Wet Forage】Eighty percent grass against twenty percent grain puts the same moisture problem front and center, but at 1-2 t/h this is a dairy cooperative scaling past hand-mixing rather than a commercial feedlot supplier. Same forage-dryer logic as the Kazakhstan project, sized down to match the throughput — and the whole footprint had to fit a building pad considerably smaller than either of the larger installs here.
【10-15 t/h — Uzbekistan: 90% Grain, Finished Grass Meal Bought In】This customer skips grass processing entirely — they buy finished grass meal ready-made and just need it dosed into a 90% grain base at mixing, not ground or dried on-site. That shifts the equipment focus toward dosing accuracy on a 10% inclusion rate rather than forage handling, and at 10-15 t/h the batching and conditioning stages had to keep pace with a grain throughput well above the wetter-forage projects above.
【8-10 t/h — Tunisia: 100% Grain, No Forage Handling at All】No grass, no straw, no dryer, no bale breaker. This is a straight grain concentrate line at 8-10 t/h, and it’s actually the simplest raw material profile on this page even with capacity on the higher end. Less raw material variability lets the conditioning and pelleting stages run tighter tolerances — usually the first thing a pure-grain client notices when comparing pellet durability against a mixed-forage line.
Process Design Behind Every Fully Automatic Cattle Feed Plant We Build
No single blueprint covers every cattle feed project we take on — the raw material, the formula, and the production volume decide what a fully automatic cattle feed plant actually looks like once it’s built. The core process chain stays recognizable across most projects, though: raw material storage and cleaning, grinding, batching and mixing, conditioning, pelleting or extrusion depending on the product, cooling, screening, and packing. What changes — sometimes drastically — is which of those stages gets emphasized, skipped, or duplicated for your specific setup.
Whether you’re running straight grain pellets, extruded cattle feed, forage-inclusive formulas, whole-grain mash, or a dedicated premix line changes the grinding setup before anything else. Whole grain needs a different crusher combination than material mixed with hay, chopped straw, sugarcane bagasse, peanut shells, sunflower husks, sugar beet pulp, or whatever else shows up in a given region’s feed formula — and cattle feed raw materials vary more than almost any other livestock category we work with.
The physical state of the material often forces multi-stage grinding rather than a single pass through one crusher. Formula composition, moisture content (which decides whether a dryer gets added at all), factory footprint, building height, and budget all factor into the final configuration; some process stages are mandatory given your raw material, others are optional add-ons you can skip or bolt on later.
That design work doesn’t stop at the layout drawing, either — consultation, manufacturing, installation, commissioning, operator training, and spare parts supply run through the full life of the equipment, not just the first year.
Silo system
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bale chopping
02
Grinding system
03
Mixing system
04
Pelleting system
05
Cooling system
05
Screening system
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Packaging system
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Dust removal system
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Conveying system
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8 Fully Automatic Cattle Feed Plant Designs
Every successful poultry feed plant begins with the right process design. The production line process and layouts below are based on real engineering concepts developed by RICHI for different customer requirements, ranging from compact poultry feed mills to large-scale commercial feed factories. Some solutions are designed exclusively for poultry pellet feed production, while others combine poultry mash feed, poultry pellet feed, fish feed, or multiple livestock feed products within a single facility.
The process flow, equipment configuration, automation level, and plant layout vary significantly depending on production capacity, feed type, raw materials, available space, and investment budget. The following poultry feed plant flow diagrams illustrate how different process modules can be combined to create efficient, scalable, and cost-effective feed manufacturing solutions for a wide range of applications.
3-4 t/h fully automatic cattle feed plant Design (100% alfalfa Formula)
This one’s built for a Madagascar customer running 100% alfalfa — but the alfalfa shows up two different ways on the same site, baled and loose, both arriving at 50-60% moisture, which is high even by hay standards. Round bales go in by forklift to a bale breaker, then a conveyor carries the loosened material into the dryer; loose alfalfa skips the breaker and goes straight through a chopping machine first. Both streams converge at the dryer, then get a second grinding pass before mixing and pelletizing.
After cooling and screening, finished pellets sit in a holding silo with two exit paths — bagged through a fully automatic packer, or loaded straight into bulk trucks for customers who don’t need bags at all. Feeding two raw material formats into one drying stage is the part that trips people up; get the timing wrong and the dryer runs uneven batches.
0.8-4T/H automatic cattle feed plant Design (crop+grain Formula)
A fairly standard layout — grinding into mixing, then pelletizing, cooling, screening, and packing with a weigh-scale on the bagger. What’s worth showing is the building: ceiling height was tight, so we swapped the usual bucket elevators for a screw-plus-scraper conveyor combination to keep the system low enough to fit.
Capacity swings between 0.8 and 4 t/h because this customer runs multiple formulas — sometimes straight grain, sometimes pure hay, sometimes a blend, depending on which growth stage of cattle they’re feeding that week.
5-6 t/h automatic dairy cow food plant Design (grass+grain Formula)
No pelletizing stage here — the finished product is cattle mash, not pellets. Hay bales go through a bale breaker first and get staged before moving to a weighing station, where chopped hay and grain are weighed together.
Batches run through a hammer mill for a second grind, then mixing, and that’s the final product — bagged by hand, no packer installed. It’s a stripped-down build on purpose: this customer needed lower capital cost more than full automation, and mash skips the cooling and screening a pelleted line would need.
1-6T/H cattle feed unit Design (grass/crop+grain Formula)
This customer’s straw comes in long, uncut lengths rather than baled, so a straw chopping machine handles the first cut before the material moves to a weighing and batching station, then the grinder.
Ground straw joins pre-ground grain at the mixer, then runs through pelletizing, cooling, screening, and a fully automatic packer. The 1-6 t/h spread isn’t a sizing error — it reflects a customer switching between all-grain, all-straw, and blended formulas by growth stage, with the straw-to-grain ratio shifting batch to batch.
1-2T/H cattle feed plant Design (50-80% grass Formula)
Loose grass at 40-50% moisture is the starting point — too wet to grind straight through without clogging, so it passes through a grass crusher first, gets staged, then moves by conveyor into a grass dryer in batches.
Dried material is staged again before the mixer, where a manual feed point lets the operator dose in pre-weighed grain — anywhere from 20% to 50% of the mix — alongside the dried grass meal. From there: pelletizing, cooling, screening, packing. The manual dosing point is deliberate, not a shortcut — at this volume, automating one input wasn’t worth the added cost.
2-10 t/h fully automatic dairy cow feed plant design (crop+grain Formula)
Crop, grass, and grain all go into this one, but the grass and straw arrive under 20% moisture — dry enough to skip a dryer — and the grain comes pre-ground, since the customer runs their own grinding system upstream.
So this line picks up after grinding: ground grass, straw, and grain go straight into the mixer, then pelletizing, cooling, screening, packing. The 2-10 t/h range comes from the same root cause as a couple of designs here — multiple formulas, different growth stages, a grain-to-grass ratio that shifts week to week.
0.3-0.5T/H small cattle feed plant design (100% grass + straw Formula)
The smallest build on this page, and arguably the cleverest use of space. Long grass and straw get a first cut from a chaff cutter, get staged, then move by conveyor into a second grinder since batch variation makes one pass inconsistent.
Ground material goes to a mixer for uniformity before pelletizing — and instead of a cooler, the line uses a long conveyor run after the pellet mill, letting pellet temperature drop naturally over distance. No screening, no packing machine. Finished pellets load straight into a bulk truck and head to the customer’s farm. Simple, but it works — the right call for a tight budget at this capacity.
2–3 t/H cattle feed pellet plant design (80% bagasse Formula)
Bagasse makes up 80% of the formula here, with grain and premix filling the rest — and bagasse at 60-70% moisture isn’t something you skip drying on. The line grinds the bagasse first, dries it, then combines it with the pre-weighed grain and premix at the mixer.
From there: pelletizing, cooling, screening, packing. Bagasse isn’t a raw material every plant is built to handle — fiber length and moisture both run higher than a typical grain formula, and the dryer has to be sized for that, not borrowed off a grain-line spec sheet.
Fully Automatic Cattle Feed Plant Projects We’ve Actually Delivered
By now we’ve shipped more fully automatic cattle feed plant projects than this page could ever list — different countries, different companies, different industries, and raw material profiles ranging from pure pasture grass to straight grain to blends most manufacturers won’t touch. Most of these aren’t single-purpose pellet lines either.
The same project might include a cattle mash feed production line, a dedicated premix system, or a combined setup running two or three feed forms and sizes off one configuration — single-function where that’s all the customer needs, multi-function where it isn’t. If you’re comparing a fully automatic cattle feed plant for sale against what’s actually been built and running, the sixteen below are a fair sample.
Grain-Grass Beef Line
Brazil
A 10 t/h grain-and-pasture-grass line for a Brazilian beef operation moving past hand-mixing. The customer needed room to shift the grain-to-grass ratio season to season, so the mixing and conditioning stages were sized for that swing instead of locking in one fixed formula.
Small Wet-Hay Line
France
France’s customer works entirely from hay bales, but at higher moisture than the New Zealand project — wet enough that drying became mandatory ahead of grinding, even at a modest 3-5 t/h capacity.
Cattle-Sheep Feed Line
Australia
5 to 10 tonnes an hour of grain and grass feeding both cattle and sheep from one Australian facility — a wider capacity range because the formula shifts with herd needs, and the equipment flexes with it.
Multi-Species Ration Line
Mexico
A 10 t/h Mexican line mixing grain and grass, but the output doesn’t stop at cattle feed — sheep and poultry formulas run through the same equipment, switched batch to batch rather than built as separate lines.
All-Grass Pellet Line
South Africa
South Africa’s project runs 10-15 t/h on 100% grass — no grain blend at all. That’s an unusual ratio at this capacity, meaning the grinding and conditioning stages were built entirely around forage, not retrofitted from a grain-line spec.
Poultry-Cattle Combo Line
UAE
Six to 8 tonnes an hour, grain plus grass, and a customer producing both poultry and cattle feed from one UAE facility — a dual-species setup that demands tighter formula-switching discipline than a single-product line.
Tri-Species Feed Complex
Russia
30 tonnes an hour and three species off one Russian line — cattle, poultry, and trout feed, sharing grain and grass raw material but running entirely different formulas. At this scale, formula-switching speed matters as much as throughput.
Cattle-Poultry Feed Combo
Iraq
Iraq’s project combines grain and grass for both cattle and poultry feed, sized at 6-8 t/h for a regional market where mixed-species feed mills are becoming the more practical investment than single-species plants.
Dry Hay Pellets Line
New Zealand
New Zealand’s customer feeds dry hay bales exclusively, 5-6 t/h, no drying stage needed since the hay arrives well below problem moisture levels. The build stayed simple: bale breaking, grinding, pelletizing, cooling, and packing.
Large Wet-Hay Line
USA
A 10 t/h US project running entirely on hay bales, wet enough to need full drying before grinding — the largest wet-hay build on this list, proof that hay-only formulas scale well past boutique volumes.
Broiler-Cattle Feed Line
Oman
10 tonnes an hour in Oman, grain and grass feeding both broiler chickens and cattle — a combination needing separate flushing protocols between runs so neither species’ feed carried residue from the other.
Ruminant Feed Complex
Thailand
An 8-10 t/h Thai line built around grain and grass, producing a full range of ruminant feeds rather than one fixed cattle formula — a reasonable bet in a market where dairy and beef operations are both expanding.
Dual-Species Feed Line
Saudi Arabia
This Saudi project runs grain and grass through one 10 t/h line, but the output splits between poultry and cattle feed — two species off shared mixing and conditioning equipment, switched by formula rather than separate hardware.
Micro-Scale Hay Line
Algeria
Algeria’s project sits at the opposite end of the scale — 1 t/h, 100% dry hay bales, no dryer needed. Small footprint, small budget, proof that automation doesn’t require a minimum tonnage to make sense.
Compact Wet-Hay Line
Iran
Iran’s customer runs 3 t/h entirely on hay bales, wet enough to require drying before grinding — a smaller-scale version of the same wet-hay challenge the US and France projects face, sized for a tighter budget.
Multi-Animal Feed Plant
Indonesia
Indonesia’s line runs a wider 12-15 t/h, grain and grass feeding multiple animal categories off shared equipment — the kind of multi-species flexibility that makes sense in a market this size.
Specs and project photos only go so far — most buyers want to hear it from someone who’s actually run the equipment day to day. Here’s what six customers, across six very different raw material situations, had to say about their fully automatic cattle feed plant after using it on-site.
One Line, Three Species, No Compromises
- Ivan P., Production Director, Russia
- Capacity: 30 t/h
- Feed Types: Cattle, Poultry & Trout
“We needed one plant covering cattle, poultry, and trout feed — not three separate investments. RICHI built our fully automatic cattle feed plant around switching formulas fast, not just running one recipe well. At 30 tonnes an hour we cannot afford long changeover times between species, and so far we have not had to.”
They Understood Our Region’s Raw Material
- Karim A., Feed Mill Owner, Iraq
- Capacity: 6-8 t/h
- Feed Types: Cattle & Poultry
“Our grain and grass supply changes depending on the season, and many suppliers do not plan for this. RICHI designed our fully automatic cattle feed plant to handle both cattle and poultry formulas without rebuilding the line each time the ratio shifts. This mattered to us, and it has worked exactly as promised.”
The Drying Stage Was the Right Call
- Élodie M., Operations Manager, France
- Capacity: 3-5 t/h
- Raw Material: 100% Hay Bales
“Our hay arrives at higher moisture than most suppliers expect, and we were told elsewhere this wouldn’t be a problem. It was — until RICHI added proper drying capacity to the fully automatic cattle feed plant design. Production has stayed stable since installation, even through wetter months.”
Scaled Up Without the Usual Headaches
- Mark T., Plant Manager, USA
- Capacity: 10 t/h
- Raw Material: 100% Hay Bales
“We’d run smaller hay-pellet setups before, but scaling to 10 tonnes an hour on a hay-only formula is a different animal. RICHI’s team didn’t just sell us a bigger machine — they reworked the drying capacity for the higher volume. The fully automatic cattle feed plant has run clean since day one.”
Flexible Enough for Our Whole Operation
- Budi S., Factory Manager, Indonesia
- Capacity: 12-15 t/h
- Feed Types: Multiple Species
“We process feed for several animal types, not only cattle, and finding equipment that handles this well is not easy. RICHI configured our fully automatic cattle feed plant so the same line manages multiple formulas without constant adjustment. We are very satisfied with the result and the support after installation.”
Simple Setup, No Drama
- Sam R., Farm Operations Lead, New Zealand
- Capacity: 5-6 t/h
- Raw Material: 100% Dry Hay Bales
“Our hay’s dry enough that we never needed a dryer in the mix, and RICHI didn’t try to sell us one we didn’t need. Kept the fully automatic cattle feed plant simple — bale breaking straight through to packing. Honestly, it’s been low-maintenance from the start, which is exactly what we wanted.”
Fully Automatic Cattle Feed Plant Capacity Options
Capacity decides almost everything else on a cattle feed project — building footprint, investment level, even how many people you need running the floor. We size a fully automatic cattle feed plant across ten capacity bands, each tied to a different scale of operation and budget range. Customers don’t always fit neatly into one tier, but the equipment list changes meaningfully every time you cross one of these thresholds.
This is the entry tier — smallholder dairy or beef farms moving past hand-mixing, cooperatives testing whether commercial feed production makes sense before committing further, agricultural schools running demonstration lines, and first-time investors who’d rather start small and scale later than overbuild on day one.
3-4 t/h animal feed production plant
A step up that suits small commercial feed mills serving a handful of local ranches, mid-sized dairy operations milling for several hundred head, and cooperatives consolidating supply for member farms. Some customers land here deliberately, planning from the start to sell surplus feed to neighboring farms.
5-7 t/h animal feed pellet plant
Common ground for regional feed mills, larger mixed crop-livestock operations, and distributors who’ve outgrown buying finished feed and want to start producing their own. Building requirements grow accordingly, though most projects at this scale still fit a single production hall.
8-10 t/h animal feed processing plant
This range covers established regional feed mills supplying multiple farms or feedlots, agribusiness groups diversifying into feed manufacturing alongside existing operations, and government-backed agricultural projects aiming to support a district’s livestock sector rather than one farm.
12-20 t/h feed preparation plant
Here you’re typically looking at commercial feed mills with a defined regional customer base, integrated agribusiness operations running feedlots alongside third-party sales, and feed traders making the jump from distribution into manufacturing. Investment and footprint both increase meaningfully past this point.
25-40 t/h feed pellet production line
Large regional feed manufacturers, agribusiness conglomerates supplying several provinces or states, and feedlot operators running thousands of head who’ve decided in-house production beats buying at scale. Some export-focused producers also start here, treating it as their entry point into international supply.
50-60 t/h commercial feed mill
Industrial territory — large-scale commercial manufacturers, national feed brands, and multi-farm integrated operations supplying their own network plus open-market sales. Plants at this capacity usually run multiple shifts, and raw material storage becomes as much a design problem as the production line itself.
60-80t/h complete feed mill plant
Major feed companies with national distribution, large integrated livestock groups, and export-oriented producers serving multiple countries typically operate here. Raw material sourcing logistics often matter as much as the equipment specification at this scale.
Multinational agribusiness companies, large feed conglomerates supplying several regions or countries, and major export hubs sit in this range. Few customers arrive here as their first cattle feed investment — most have scaled up from a smaller plant.
100-120 t/h feed mill engineering
The top end of what we configure — top-tier industrial manufacturers, national or multinational agribusiness corporations, and large integrated feed-and-livestock conglomerates running export operations across multiple markets. The production line here is one part of a much larger logistics operation, not the whole project.
Breaking Down the Real Investment in a Fully Automatic Cattle Feed Plant
Total investment in a fully automatic cattle feed plant splits into two very different cost layers — the equipment package itself, and everything else needed to actually get that equipment running inside four walls. Mixing the two together is how a lot of first-time buyers end up underbudgeting by 30-40%. Below is a rough breakdown by category, pulled from project data rather than a price list, so treat the ranges as a starting point for your specific country and scale.
Whole Manual/Automatic cattle feed plant set up investment : $37,000 – $40,000,000
Equipment Cost Breakdown :
Raw Material Cleaning machine price :
$3,000–$15,000
Crushing & Grinding machine Price :
$2,000–$40,000
Bale Breaking machine Price :
$5,000–$25,000
raw material Drying machine Price :
$8,000–$250,000
Batching & Weighing machine Price :
$2,000-$50,000
cattle feed Mixing machine Price :
$2,000–$20,000
cattle feed pellet machine Price :
$7,000-$80,000
Cooling equipment Price :
$1,500-$15,000
Screening equipment price :
$2,000-$8,000
cattle feed Packing systems Price :
$2,000–$30,000
Conveying machine Price :
$3,000-$25,000+
Dust Collection system Price :
$3,000–$20,000
Liquid/Molasses Addition Price :
$2,000–$15,000
Storage Silos Price :
$5,000–$500,000
Control system & automation Price :
$5,000-$100,000
These ranges come from looking back across more than a thousand cattle feed projects, not from a catalog — which is exactly why they’re ranges, not fixed numbers. Your actual cost depends on local labor rates, raw material handling needs, and how much civil work you source locally versus import. The fastest way past estimating is to send us your raw material, target capacity, and building situation directly — we’ll quote the equipment specifically, not generically, and help you think through the investment and business plan around it.
What You Actually Get When You Buy a Fully Automatic Cattle Feed Plant From Us
Buying a fully automatic cattle feed plant from a company that only sells equipment is a different experience than buying one from a company that also designs, builds, installs, and supports it. We do all four ourselves — not a sales pitch, just how the project structure works once you sign. Four things matter most once you’re past the spec sheet.
Design and Custom Engineering
Every project starts with your raw material, your building, and your budget — not a standard drawing we resize. That covers civil layout (foundation loads, drainage, ventilation around the conditioner and dryer), the process flow itself, and equipment placement so conveyors and elevators actually fit your ceiling height. When a standard machine doesn’t match your raw material — bagasse at 70% moisture, alfalfa bales, whatever it is — we modify the equipment itself rather than asking you to adapt your formula to fit our catalog.
In-House Manufacturing
All of it — pellet mill, mixer, dryer, conveyor, control panel — comes off our own production line, not a subcontractor’s. That matters when something needs a spare part five years from now: we made the original, so the replacement is identical, not a close match from a different supplier. Our manufacturing base runs multiple cattle feed plant orders at once, with the certifications required to export equipment into the markets we actually ship into.
Installation, Commissioning, and Training
Getting equipment delivered and getting it running are two different problems, and a lot of buyers underestimate the gap between them. Our engineers supervise installation on-site or remotely depending on the project, run commissioning until the line hits its rated capacity consistently, and train your operators on the actual machines in front of them — not a generic manual.
After-Sales Support Across the Equipment’s Full Lifecycle
Support doesn’t end when the warranty period does. We track spare parts availability for the lifetime of the equipment, provide technical support whether the line is one year old or fifteen, and follow up on running projects to catch wear patterns before they turn into downtime — a pellet mill die due for replacement at 1,200-1,500 operating hours doesn’t wait for you to notice it on your own.
Free design Service
Most of the planning work on a fully automatic cattle feed plant happens before any equipment ships — and a fair amount of it doesn’t get billed separately. Here’s what’s included at no extra cost, split roughly between the planning stage and what continues for as long as you own the line.
Free Project Cost Estimate
Free Process Design Package
Free Factory & Civil Engineering Design
Free Electrical Circuit Design
Free Project Documentation
Free Remote Installation Guidance
Free Operation Guidance
Free Employee Training
The Equipment Behind Every Fully Automatic Cattle Feed Plant We Build
Cattle feed raw material doesn’t look like anything else we process — round bales, loose hay, straw, bagasse, grain, sometimes all in the same formula — and that’s why a cattle line carries equipment a poultry or pig feed plant never needs.
The full setup runs from cleaning and crushing through batching, mixing, pelletizing, cooling, screening, and packing, with conveying and dust collection tying it all together.
Where it gets specific to cattle: bale breakers built for round or square bales, dedicated grass and straw hammer mills designed for fiber rather than grain, and forage dryers sized for raw material that often shows up at 40-60% moisture — equipment most other feed categories simply skip.
What’s shown above is a fraction of what’s actually running on a typical line — the full fully automatic cattle feed plant equipment list covers every machine, with specs, by category.
Why a Fully Automatic Cattle Feed Plant Is Worth the Investment Right Now
Cattle numbers keep climbing pretty much everywhere — beef herds expanding across South America, dairy operations growing through the Gulf and Southeast Asia, feedlots scaling up in regions that were grazing-only a decade ago. Feeding that growth on raw grain and loose hay alone wastes nutritional value that a properly formulated, pelleted ration captures, which is the whole argument for processing feed in the first place rather than buying it raw.
Not every segment pays off the same way, though. Straight commodity grain pellets compete mostly on price, with thin margins and heavy regional competition. Specialty formulas — high-protein concentrate, premium alfalfa pellets for export, NPN supplements built for low-cost roughage diets — tend to hold margin better, simply because fewer producers can match the formula or the consistency.
The bigger profit lever, honestly, is flexibility rather than formula. A fully automatic cattle feed plant configured to run two or three feed forms — pellets and mash, or cattle feed alongside poultry or aquafeed — keeps equipment utilization high without doubling the investment. That’s usually where the real return shows up, not in chasing a slightly better margin on one product.
Talk to Us About Your Market Opportunity
Cattle Feed Types and the Raw Materials
Cattle feed pulls from a wider raw material pool than almost any other livestock category — corn, soybean meal, barley, and wheat bran on the grain side; alfalfa, grass, straw, and bagasse on the forage side; molasses, urea, and a premix core rounding things out. Some customers run all of it through one line, others stick to two or three inputs their region actually produces.
Either way, the raw material decides the equipment configuration before the formula does, and that’s the part of this business that’s genuinely engineering, not feed science. We’ve built lines around cottonseed meal, sunflower husk, peanut shell, sugar beet pulp, and plenty of inputs that never show up in a standard feed manual — customizing around whatever’s actually on the truck is the job.
Corn
Alfalfa Hay
Corn Silage
Soybean Meal
Wheat Bran
Brewers Grain
Cottonseed Meal
Dairy Cattle Feed
Lactating dairy cows need a tighter energy-to-protein ratio than almost any other cattle category, which is why dairy concentrate usually runs corn and soybean meal as the base, with alfalfa or brewers’ grains added for fiber and protein. Pellet diameter sits around 4-8mm, sometimes finer for high-producing herds where intake consistency matters more than bulk.
We’ve seen dairy customers in Eastern Europe substitute sugar beet pulp for part of the corn to cut cost without losing energy density — works fine, but it changes conditioning settings slightly since beet pulp behaves differently under steam than grain does.
Customize a Dairy Feed Line
Beef Cattle Feed
Beef rations split pretty cleanly into finishing formulas — heavy on corn, barley, and distillers grains for rapid weight gain — and backgrounding rations that lean more on grass or straw for fiber while cattle are still building frame. Pellet size runs larger here, often 6-10mm, since beef operations care more about energy density and bulk-handling durability than fine particle size.
We’ve configured lines in Argentina and Australia that flip between a high-grain finishing formula and a grass-heavy backgrounding ration depending on the season — same equipment, different conditioning and die settings.
Design a Beef Feed Line
Calf Feed
Calf starter feed needs to be smaller and more palatable than anything else on this list — pellet diameter usually drops to 4-6mm, and a lot of operations crumble the pellet afterward so young calves with an underdeveloped rumen can actually eat it. Corn, soybean meal, oats, and molasses make up most formulas, with lower conditioning temperatures to protect nutrient quality.
We’ve had Middle Eastern customers swap in date molasses instead of standard cane molasses simply because it’s locally available and cheaper — fine for palatability, just changes the stickiness in the conditioner slightly.
Get a Calf Feed Line Quote
Breeding Cattle Feed
Breeding stock formulas run leaner on energy than finishing rations — over-conditioning a bull or cow before breeding season actually hurts fertility, so the focus shifts toward a balanced grass-and-grain base with a heavier mineral and vitamin premix for reproduction support. Pellet size stays moderate, around 4-8mm.
We’ve worked with breeding operations in South Africa where premix dosing accuracy mattered more than raw throughput — getting selenium and vitamin E levels consistent batch to batch took priority over running at full capacity.
Plan a Breeding Feed Line
Typical Cattle Feed Formulas
Dairy Cattle Feed — Typical Concentrate Formula
Corn
35%
Soybean Meal
20%
Alfalfa Meal
15%
Wheat Bran
10%
Molasses
5%
…
…
Beef Cattle Feed — Typical Finishing Formula
Corn
55%
Barley
15%
Distillers Grains
15%
Straw/Hay
8%
Urea
1%
…
…
Calf Starter Feed — Typical Formula
Corn
30%
Soybean Meal
25%
Oats
20%
Wheat Bran
10%
Molasses
8%
…
…
Breeding Cattle Feed — Typical Formula
Corn
30%
Grass/Hay Meal
25%
Soybean Meal
15%
Wheat Bran
15%
Mineral/Vitamin Premix
3%
…
…
These are reference formulas, not prescriptions — actual ratios shift constantly based on local raw material cost and availability, and we adjust die specs and conditioning settings to match whatever formula a customer actually runs. We’re an equipment manufacturer first, but specifying a line correctly means understanding what’s in the mix, not just the tonnage going through it. Above are the most common starting formulas we see across four feed categories.
Questions We Actually Get From Buyers
What’s the price range for a fully automatic cattle feed plant?
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Fully automatic cattle feed plant price depends primarily on two things: capacity and raw material type. Grain-based lines run lower than lines built for grass, straw, or crop residue — forage handling adds equipment the grain line simply doesn’t need.
Grain-based cattle feed plant machinery pricing:
| Production Scale | Equipment Investment (USD) |
|---|---|
| 1-2 t/h | $10,000 – $50,000 |
| 3-4 t/h | $50,000 – $120,000 |
| 5-7 t/h | $70,000 – $250,000 |
| 8-10 t/h | $150,000 – $300,000 |
| 12-20 t/h | $250,000 – $580,000 |
| 25-40 t/h | $450,000 – $850,000 |
| 50-60 t/h | $900,000 – $1,400,000 |
| 60-80 t/h | $1,450,000 – $1,800,000 |
| 80-100 t/h | $2,000,000 – $3,000,000 |
| 100-120 t/h | $2,500,000+ |
Grass / straw / crop-inclusive cattle feed plant pricing:
| Production Scale | Equipment Investment (USD) |
|---|---|
| 0.3-2 t/h | $37,000 – $62,000 |
| 0.5-4 t/h | $80,000 – $200,000 |
| 1-6 t/h | $99,000 – $220,000 |
| 2-10 t/h | $190,000 – $400,000 |
| 3-12 t/h | $220,000 – $450,000 |
| 4-20 t/h | $300,000 – $620,000 |
| Higher capacity | Contact us for pricing |
These are equipment-only figures. Civil construction, land, utilities, shipping, and installation are separate. For a full investment breakdown matched to your capacity and country, send us your raw material and target output — we’ll quote it specifically.
We’re an existing feed mill looking to upgrade. Can RICHI retrofit or expand our current line rather than build from scratch?
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Yes — retrofit and expansion projects make up a meaningful share of what we do. The first step is understanding what’s already installed: equipment age, motor specs, conveyor layout, and where the current line’s bottleneck actually sits.
Some clients need one additional stage added (a dryer, a second grinder, an automated bagger); others need a near-complete reconfiguration around new raw materials or a higher target capacity.
We’ve done both in Turkey, Vietnam, and across Eastern Europe. Send us your current line details and we’ll assess what’s worth keeping versus replacing.
My raw material is high-moisture forage — 45-55% moisture. Do I really need a dryer, and how does that affect the fully automatic cattle feed plant cost?
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At 45-55% moisture, yes — running that material directly into a hammer mill will clog the screens within an hour and the pellet mill die won’t survive long either.
A forage dryer is mandatory, not optional. It adds to the equipment investment, but the alternative is a line that can’t produce consistently.
The dryer capacity gets sized to the forage volume specifically — not the whole feed stream — which keeps the energy cost reasonable on blended formulas where only part of the input needs drying. Clients in Kenya, France, and Kazakhstan have all run this configuration successfully.
How much floor space does a 5-10 t/h cattle pellet feed plant typically need?
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Rough guideline: a 5-7 t/h grain-only line fits in approximately 200-400 m². Add forage handling and a dryer and that grows to 400-700 m² depending on how the conveying is routed.
Building height matters more than floor area for most layouts — a standard pellet line with bucket elevators needs at least 10-12 m clear height.
If your building is lower than that, we route around it using horizontal conveyors and scrapers instead, which is exactly what we did on a project in Uzbekistan with a restricted ceiling. Don’t finalize building specs until the process layout is confirmed.
We process both cattle feed and poultry feed. Can one line handle both, or do we need separate systems?
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One line can handle both with formula switching rather than separate hardware — we’ve configured this in Saudi Arabia, the UAE, and Oman.
The key variables are die selection (poultry typically runs 2-4mm, cattle 6-10mm) and how often you’re switching between species. High-frequency switching means the conditioning and batching stages need to flush cleanly between runs to avoid cross-contamination.
If the volume split between species is roughly equal, a dual-purpose automatic cattle feed plant with scheduled changeover usually costs significantly less than two separate lines and recovers that saving within the first production year.
Does the pellet mill die size change for different cattle feed formulas, and how often do dies need replacing?
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Yes — die selection changes with both the formula and the target pellet diameter. High-fiber forage formulas typically run 8-12mm dies; grain concentrate runs 6-8mm; calf starter often goes down to 4-6mm.
Die service life depends heavily on the abrasiveness of the raw material and how consistently the conditioning stage runs — a well-conditioned batch extends die life significantly compared to running dry.
On typical cattle feed, a ring die lasts 1,200-2,000 operating hours. We stock replacement dies for every configuration we supply and can ship them internationally; a die that’s out of spec is usually the first thing an operator notices as pellet hardness drops before the die fully fails.
We’re planning a cattle mash feed plant, not a pellet line. Is the equipment list significantly different, and does it affect the fully automatic cattle feed plant cost?
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A cattle mash feed plant skips the pellet mill, conditioner, cooler, and screener — which removes the most expensive single piece of equipment on the list.
The core system becomes cleaning, grinding, mixing, and packing. Investment typically runs 30-45% lower than a comparable-capacity pellet line.
The trade-off: mash has a shorter shelf life than pellets, doesn’t transport as well in bulk, and some cattle categories — particularly in commercial feedlot settings — perform better on pellets for feed conversion reasons.
If you’re feeding on-site and producing daily, mash is a reasonable choice; if you’re selling into distribution or storing more than a few days, pellets usually make more sense.
Can the line process multiple raw material types simultaneously, or does it run one material at a time?
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Most lines we configure run a batching system — ingredients are weighed and combined before entering the mixer, so different raw materials come together within the same batch cycle rather than running separately.
The limitation is the batching system’s number of ingredient hoppers: a standard setup handles 4-8 ingredients per batch; a more complex formula with 10+ ingredients needs a larger batching configuration.
What doesn’t work is running two completely different product streams through the same pellet mill at the same time — that’s sequential, not simultaneous. Formula switching is a scheduling question, not an engineering constraint, on a properly designed fully automatic cattle feed plant.
Does a cattle feed line require a pit below the floor for conveyors, or can everything be installed above ground?
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A pit is not mandatory. The traditional reason for a below-floor conveyor pit is to allow intake hoppers to sit at ground level so trucks can dump directly into them — convenient, but it adds civil construction cost and complicates waterproofing.
The above-ground alternative uses a raised intake hopper with a ramp or forklift loading instead, which is what we recommended on several projects in Africa and the Middle East where excavation costs were high or the water table was too shallow for a pit.
Either approach works — it’s a site-condition and budget question, not a technical requirement of the process itself.
What’s the minimum building height needed to install a fully automatic cattle feed plant?
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For a standard pellet line using bucket elevators, 10-12 m clear internal height is the practical minimum. Below that, the vertical conveying layout doesn’t fit without modification.
At 7-9 m, we reconfigure using horizontal scraper conveyors and screw conveyors to replace the elevator stages — it works, but it increases the building footprint since the process spreads horizontally rather than vertically.
Below 6 m is genuinely restrictive and limits what’s achievable at anything above 2-3 t/h. Before committing to a building, share the dimensions with us — we’ve solved tight ceiling problems on multiple projects and can tell you early whether the layout works or whether the building spec needs to change.
We’re importing the equipment to Nigeria. What documentation and export support do you provide?
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We handle standard commercial export documentation: commercial invoice, packing list, bill of lading, certificate of origin, and whatever additional certificates your country’s import authority requires (ISO, SGS inspection, fumigation certificates, and similar).
For Nigeria and most African markets we’ve shipped into — including Ethiopia, Zimbabwe, and South Africa — we’ve done this enough times to know what each port and customs authority typically asks for.
We can also coordinate pre-shipment inspection if your bank or government requires it. Shipping is usually FOB Qingdao or CIF destination depending on your preference; we’ll advise on which makes more sense for your specific port.
How long does it take from order confirmation to installation completion?
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Manufacturing lead time for a fully automatic cattle feed plant runs 30-75 days depending on capacity and configuration complexity. Shipping adds 15-45 days depending on destination.
On-site installation takes 20-90 days depending on whether civil construction is already complete when equipment arrives — the most common delay we see is equipment arriving before the building floor is poured. For a 5-10 t/h line with civil work already done, total time from order to production start typically runs 3-5 months.
Larger industrial lines (25 t/h and above) run longer. We provide a project timeline at quotation stage so you can coordinate civil construction and equipment delivery to overlap correctly.
Our grain arrives whole, not pre-ground. What grinding configuration handles mixed whole grain efficiently at 8-10 t/h?
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At 8-10 t/h on whole grain, a single heavy-duty hammer mill with a 30-75 kW motor covers most formulas.
If your mix includes corn cob, barley, or sorghum alongside wheat and maize, a two-stage grinding configuration — coarse pre-breaker followed by a fine hammer mill — gives more consistent particle size than one pass through a single grinder.
Consistent grind matters for pellet quality; uneven particle size is one of the main reasons pellets come out soft or crumbly even when the rest of the line is set correctly. We specify the screen size and hammer configuration based on your actual formula, not a default setting.
Is there a way to add liquid molasses addition to an existing pellet line, or does it need to be specified from the start?
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It can be retrofitted, but it’s cleaner to specify it upfront. A molasses addition system sits between the mixer and the pellet mill conditioner — it requires a dosing pump, spray nozzle, heated pipeline (molasses flows poorly below 20°C in cold climates), and control integration with the batching system.
If the original line wasn’t designed with space for this stage, the conveying between mixer and conditioner often needs to be extended or re-routed.
Adding it later is a one-to-two week shutdown for most lines. If molasses or liquid fat addition is even a possibility for your formula, mention it at the design stage — the additional cost upfront is small compared to retrofitting.
We’ve been quoted significantly cheaper fully automatic cattle feed plant machinery from other Chinese suppliers. How is RICHI different?
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Price differences between Chinese suppliers typically come down to motor quality, steel grade used in the pellet mill housing and die, gearbox specification, and the control system’s reliability over time.
A lower-priced pellet mill may run fine for the first 6-12 months and then show accelerating wear on the die and roller components because the metallurgy wasn’t up to the throughput.
We’re one of the larger feed equipment manufacturers in China — our production base runs multiple product lines simultaneously, and we’ve got more than 60 countries’ worth of project data behind equipment selection decisions.
We’ll provide technical specs that let you compare directly: motor brand, gearbox model, die steel grade, and warranty terms. Compare those, not just the headline price.
Do we need a dedicated premix system alongside the main cattle feed line, or can premix be added directly at the mixer?
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If you’re buying premix from a third-party supplier and simply dosing it into your formula at a standard 1-5% inclusion rate, a micro-ingredient scale at the mixer inlet handles this without a separate premix system.
If you’re manufacturing your own premix on-site — blending vitamins, minerals, and carriers yourself — that requires a dedicated small-scale mixing and weighing system separate from the main line, because cross-contamination between micro-ingredient runs and main feed batches is a real quality control problem.
We’ve specified both configurations; which one applies depends entirely on whether you’re buying premix or making it.
Can the control system on a fully automatic cattle feed plant be operated remotely or monitored off-site?
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Yes — modern PLC-based control systems can be configured with remote monitoring access, meaning your production manager can check batch logs, motor status, and alarm history from a phone or laptop without being on the production floor.
Full remote control (actually changing settings or starting/stopping equipment remotely) is technically possible but most clients prefer to restrict that to on-site operators for safety reasons.
Remote diagnostics are more practically useful — when something goes wrong, we can connect into the control system from our end and diagnose the fault without needing an engineer on a plane. We’ve used this to troubleshoot lines in Colombia, Pakistan, and Ukraine within hours of a fault being reported.
Our formula includes both alfalfa bales and grain. How do these two raw material streams merge in the process?
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They run as parallel streams until the mixer. Baled alfalfa goes through the bale breaker, then the forage crusher, then the dryer if moisture is above roughly 15-18%.
Pre-ground grain goes through the hammer mill on a separate conveyor path. Both streams feed into the batching and weighing system, which doses them according to your formula ratio before they enter the mixer together.
The challenge is timing — the forage side of the process runs slower than the grain side, so the batching system has to be designed with buffer capacity on the forage stream rather than running both at the same instantaneous rate. This is a common design error on lines built without enough forage-specific experience.
We’re considering a 25-40 t/h fully automatic cattle feed plant for sale. What ongoing maintenance costs should we plan for?
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At 25-40 t/h, the main recurring maintenance items are pellet mill dies and rollers (replace every 1,200-2,000 hours of operation depending on raw material abrasiveness), hammer mill screens and hammers (every 800-1,500 hours), mixer paddle tips, and conveyor belts.
Annual maintenance budget for a well-run line in this capacity range typically runs 2-5% of the original equipment investment. The biggest variable is die wear — abrasive raw materials like low-moisture straw or high-silica forage will shorten die life noticeably compared to soft grain formulas.
We supply all wear parts and can set up a scheduled parts delivery program so you’re not managing emergency orders when a die fails mid-shift.
We need the line to process both pellets and powder (mash) depending on the order. Is that a standard configuration?
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A switchable pellet-and-mash configuration is a fairly common request. The standard approach is to install a diverter valve after the mixer that routes product either into the pellet mill stream for pellet production, or directly to a mash packing station.
The pellet mill simply doesn’t run during mash production runs. This adds a packing line branch to the system but doesn’t require duplicate grinding or mixing equipment. Switching between modes takes 15-30 minutes for a standard line.
If pellet and mash production need to run simultaneously rather than sequentially, that’s a different scope requiring parallel post-mix streams — possible, but it changes the investment meaningfully. Tell us your approximate split between pellet and mash volume and we’ll design accordingly.
What’s Included in a RICHI Fully Automatic Cattle Feed Plant Solution?
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A fully automatic cattle feed plant exists because of a basic biological fact: cattle digest forage and crop residue that most other livestock can’t use efficiently, converting straw, grass, and a smaller share of grain into meat and milk.
That conversion economics is part of why cattle feed manufacturing tends to pencil out well as a business — input cost per ton typically runs lower than poultry or swine feed, even though the production equipment looks similar on paper.
Quick facts:
| Capacity range | 1-160 t/h |
| Typical project investment | $20,000 – $5,000,000 |
| Business scope | New feed factory construction, or renovation of an existing feed mill |
At any point across that 1-160 t/h range, the same fully automatic cattle feed plant concept applies to dairy cow feed, beef cattle feed, maize-based cattle feed, and green/forage feed — it’s one integrated processing system, not four separate product lines bolted together.
Raw materials we work with regularly:
| Conventional Inputs | Less Common Inputs We’ve Processed |
|---|---|
| Grain, soybean meal, rice bran | Hay, alfalfa, timothy |
| Cottonseed meal, protein supplement | Corn stalk, elephant grass, hemp, cassava residue |
Whichever combination shows up on your raw material list, we customize the line around it rather than asking you to fit a standard configuration.
Core process stages, depending on what your formula actually needs:
- Silo storage system
- Transport system
- Grinding
- Mixing
- Pelleting or extrusion
- Cooling
- Screening
- Bagging and storage
Types of cattle feed plant we provide, broken down by classification:
| Classified By | Examples |
|---|---|
| Automation level | Fully automatic, semi-automatic, manual |
| Product type | Pellet plant, mixing plant, mash plant, premix plant, TMR plant, creep feed plant, fermented feed plant, concentrate plant, compound feed plant |
| Raw material type | Maize cattle feed plant, straw pellet plant, alfalfa feed plant, timothy pellet plant, hemp pellet plant, grass pellet plant |
| Application mix | Ruminant feed mill, poultry-and-cattle plant, fish-and-cattle plant, chicken-and-cattle plant, goat-and-cattle plant, aqua-and-cattle plant |
RICHI Machinery has a long history of designing, engineering, and building custom cattle feed plants for clients across the agricultural industry — turn-key solutions built to improve feed mill efficiency, lower operating cost, and tighten up the overall safety of the operation, not just sell a bigger pellet mill.
What Steps Are Involved in Building a Fully Automatic Cattle Feed Plant??
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A cattle feed plant — sometimes called a cow feed plant — is the facility that turns raw materials like corn, wheat, hay, alfalfa, and soybeans into formulated cattle feed.
Setting one up, specifically a fully automatic cattle feed plant rather than a manual or semi-automatic setup, involves more than buying equipment, even though that’s usually the part people focus on first. Here’s the full sequence, end to end.
- Draft a cattle feed plant business plan
- Choose a location
- Acquire the land
- Get the required approvals and licenses to operate a fully automatic cattle feed plant
- Draw up the architectural plans for the plant and get them approved
- Hire a contractor for the civil construction
- Purchase the machinery and equipment for the line
- Install the machinery and equipment
- Hire plant workers and other personnel
- Purchase raw materials and production supplies
- Start cattle feed production
- Start marketing the cattle feed products
- Refine and improve the feed formulas over time
Where we actually fit into that list:
| Steps | Who Typically Handles It |
|---|---|
| 1-6 — planning, land, licensing, building design, civil construction | Mostly you and local contractors or authorities. We can advise, but we can’t approve permits or sign off on land use on your behalf. |
| 7-8 — equipment purchase and installation | This is where we come in directly — design, manufacture, deliver, install, and commission the line. |
| 9 — hiring | You hire; we train whoever ends up running the equipment. |
| 10-11 — raw material sourcing and production start | You source the raw material; we help specify the line and formula around exactly what you’re bringing in. |
| 12-13 — marketing and ongoing formula improvement | Entirely yours. Selling cattle feed and refining a formula over time is a different skill set than running a pellet mill, and not something an equipment manufacturer can do for you. |
Of these 13 steps, two sit completely outside what we can help with — securing approvals and licenses, and marketing the finished product, both of which depend on local regulation and your own sales relationships rather than on us. Everything else — design, manufacture, installation, commissioning, and ongoing maintenance of the plant and its equipment — we can take on directly, alongside advice on raw material selection and formula adjustments as you go.
Can You Show Real Fully Automatic Cattle Feed Plant Projects With Actual Pricing?
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Our automatic cattle feed plant equipment has shipped to the United States, Saudi Arabia, Argentina, South Africa, Uzbekistan, Indonesia, India, Zimbabwe, Ethiopia, and a handful of other countries.
Rather than describe that in the abstract, here’s a sample of completed projects with the actual capacity, formula, install timeline, and price attached.
| Project | Raw Material / Formula | Pellet Size | Install Period | Price (USD) |
|---|---|---|---|---|
| 3-5 t/h — Indonesia | Mixed ruminant formula: dairy, cattle, lamb, ram, and ewe pellets | 6mm | 30 days | $110,000 |
| 3-4 t/h — Hong Kong | 80% elephant grass + grain (customer’s first ruminant feed venture) | — | 45 days | $150,000 |
| 15-16 t/h — Saudi Arabia | Whole-grain compound feed for poultry and cattle | — | 60 days | $480,000 |
| 10-12 t/h — United States | Hemp-based formula, mostly for the customer’s own cattle operation | 4-8mm | 40 days | $380,000 |
| 5 t/h — Argentina | 100% alfalfa: bale breaking → crushing → grease adding → pelleting → cooling → screening → bagging | 6-8mm | 50 days | $184,500 |
| 5 t/h — El Salvador | Cattle premix feed, built into an existing building | — | 90 days | $450,000 |
| 0.8-4 t/h — Uzbekistan | Hay and straw base, wheat straw ratio adjusted by cattle type and growth stage | 6-8mm | — | $85,000–$95,000 |
| 40-42 t/h — China | Large-scale new build: 7 workshops, 2 office buildings, 2 dormitories, 53,085 m² total land | 2-5mm | 10 months | $1,800,000 |
| 25 t/h — China | Ruminant feed plant, 4,300 m² construction area covering workshops, warehouse, and offices | 2-6mm | 60 days | $800,000 |
As a cattle feed plant manufacturer, we don’t sell equipment just to close a sale, or design a layout just to check the box on a contract.
Every machine on the line needs to earn its place — the finished factory has to run smoothly with low production and management costs, or the project hasn’t actually done its job.
That means thinking through the whole plant from the contractor’s side, not just the equipment list, so the final design matches what the customer actually needs rather than what’s easiest to quote.
Does the Cattle Feed Production Process Change Depending on Feed Type?
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It does — and this is one of the things first-time buyers get wrong most often. Raw material, formulation, the finished feed product, automation level, and even your building layout all shape what the process actually looks like. A fully automatic cattle feed plant built for pellets looks nothing like one built for premix, even though both technically fall under “cattle feed manufacturing.” Four process types come up most often:
| Process Type | Core Stages | Typical Equipment |
|---|---|---|
| Pellet Plant | Raw material receiving → cleaning & iron removal → crushing → ingredient mixing → molasses addition → pelleting → cooling → screening → packaging | Feed baler, forage grinder, grain grinder, cattle feed mixer, pellet mill, pellet cooler, screener, packing scale |
| Mixing Plant | Cleaning → crushing → mixing → packaging (silos optional) | Hammer mill, cattle feed mixer, packing scale |
| Premix Plant | Cleaning → crushing → mixing → packaging | Pulverizer, stainless steel mixer, packing scale |
| TMR Plant | Chopping/cutting roughage → blending with concentrate → (optional pelleting) | Hay cutter, pulverizer, mixer |
Cattle Feed Pellet Plant
This is the configuration we build most often — it handles compound feed, concentrate feed, and roughage-based formulas, covering everything from maize-based cattle feed lines to straight grass pellet lines. The process runs raw material receiving, cleaning and iron removal, crushing, ingredient mixing, molasses addition, pelleting, cooling, screening, and packaging.
Cattle Feed Mixing Plant
Considerably simpler — cleaning, crushing, mixing, and packaging, with silos added only if the customer wants them. We’ve configured this same system for other powdered feeds too, like poultry mash or chicken powder feed, when a customer wants more than one species running through it.
Cattle Premix Feed Plant
Premix isn’t fed on its own — it’s the additive blended into cattle feed at a small inclusion rate, which is why the process stays minimal: cleaning, crushing, mixing, packaging. Dosing accuracy matters more here than throughput, since you’re working with vitamins and trace minerals rather than bulk grain.
Cattle TMR Feed Plant
TMR (Total Mixed Ration) production works differently from a pelletizing line. Roughage gets chopped and finely processed so it blends evenly with the concentrate portion, then usually gets fed fresh rather than stored as dry pellets. Some operations have started pelletizing TMR instead of feeding it loose — equipment changes if you go that route, but it’s still a newer approach, not yet the industry default.
Whichever of these four you’re actually running, or some hybrid combination (plenty of customers end up there), we configure the fully automatic cattle feed plant around the formula and raw material first, not the other way around.
How Do You Actually Choose the Right Equipment for a Cattle Feed Plant?
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Once the process is locked in, equipment selection is what actually determines whether a fully automatic cattle feed plant performs the way it’s supposed to — product quality, equipment reliability, ease of operation and maintenance, service life, production cost, and total plant investment all trace back to this one decision.
With as many feed mill types and equipment specifications as exist on the market, picking correctly takes more than matching a capacity number on a spec sheet. That’s the detailed technical work we handle — configuring the equipment combination around your actual process rather than a standard package.
| Equipment | Function | Capacity | Main Power |
|---|---|---|---|
| Bale Breaker | Crushes baled alfalfa, hay, and straw | 1-20 t/h | 30-90 kW |
| Grass Crusher | Large-scale coarse crushing of forage grass, efficient and low-cost | 0.3-3 t/h | 22-93 kW |
| Cattle Feed Grinder | Grinding stage that affects both pellet quality and digestibility | 3-25 t/h | 30-160 kW |
| Cattle Feed Mixer | Produces a homogenous blend for more uniform pelleting | 250-2,000 kg per batch | 4-55 kW |
| Cattle Feed Pellet Machine | Drives pellet output efficiency at the lowest practical cost | 1-48 t/h | 22-315 kW |
| Cattle Feed Extruder | Produces extruded pellets with improved absorbability | 1-12 t/h | 0.75-355 kW |
| Pellet Cooler Machine | Counter-flow cooling for finished pellets | 3-25 t/h | 30-160 kW |
| Vibrating Screening Machine | Separates on-spec pellets from fines and oversized material | 1-2 t/h | 22 kW |
| Automatic Bagging Machine | Collects and bags the finished cattle feed | 6-12 bags/min | 1.1-5 kW |
We build complete fully automatic cattle feed plants around cattle feed pellet production, and the construction characteristics and capacity shift from project to project based on what the client actually needs — not a fixed catalog configuration.
How Does RICHI Design the Layout for a Fully Automatic Cattle Feed Plant??
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The point of building a fully automatic cattle feed plant is long-term efficient, economical operation — not just getting a building up. That means layout design starts well before any drawings get made, and it happens in three stages.
1. Pre-Design Planning
Before layout work starts, we work through:
- Production area requirements based on the process flow and equipment footprint
- Office and living/staff area needs
- The company’s future expansion plans, so the site isn’t boxed in within a few years of opening
2. Overall Site Planning
Using technical and engineering requirements together with geological survey data, we lay out:
- Building placement across the site
- Utility pipe networks
- Plant greening and landscaping
- Reserved corridors for cable, telephone, network, and monitoring lines
That last point matters more than it sounds — planning those corridors now avoids tearing up a finished site to add infrastructure later.
3. Detailed Construction Drawing Design
Working from the process design data, we detail the general site plan for the production area, the equipment layout, and individual buildings and facilities. Our engineers go on-site, walk through the design with the customer step by step, and catch details that don’t show up on paper until someone’s actually standing in the space.
A common gap we run into: a customer plans a complete (full-ration) feed production line but hasn’t thought through the micro-ingredient premixing equipment that needs to sit alongside it. We ask about that upfront rather than just building what’s asked for — skip that conversation, and the customer ends up retrofitting a premixing system into a building that wasn’t designed to hold one.
What Issues Need to Be Considered Before Building a Cattle Feed Plant?
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No two cattle feed plants end up alike — facility size, target output, the cattle category you’re feeding, and your staff’s day-to-day workflow all push the design in different directions. Here’s the shortlist worth working through before you commit to equipment.
| Consideration | Key Question |
|---|---|
| Raw material | What recipe or raw material are you actually milling? |
| Particle size | What granulation does your formula need? |
| Capacity | How much feed do you need, and how consistently? |
| Facility limits | What space and electrical constraints are you working within? |
| New formulas | Is this a new recipe that needs testing first? |
| Safety | Are dust, heat, and combustion risks accounted for? |
1. What’s the Raw Material or Recipe You’re Actually Processing?
Different raw materials need different milling approaches. A standard hammer mill handles grain and most forage without issue, but fibrous material like straw, bagasse, or whole bales needs a heavier-duty crusher built specifically for fiber — run fiber through equipment sized for grain and you’ll burn through screens and bearings faster than expected. If your formula blends several raw material types on one line, the mill needs to handle all of them, not just whichever one’s easiest.
2. What Particle Size Does Your Formula Actually Need?
Cattle need larger, coarser particles with higher fiber content than monogastric animals like pigs, which need much finer grinding. Get the particle size wrong and feed conversion drops — the animal eats the same amount but converts less of it into weight gain or milk. This is one of the first things to lock down before specifying a fully automatic cattle feed plant, not something to adjust after the equipment’s already running.
3. What Capacity Do You Actually Need?
How much feed you need, and how consistently, decides more than just pellet mill size. Some lower-cost lines have strict throughput ceilings, and pushing past them brings excess heat, friction, and component wear that shows up as repair bills within the first year or two. If you’re planning to scale, size the line for where you’re headed, not just where you’re starting.
4. What Are Your Facility’s Space and Electrical Limitations?
Know your building’s constraints before locking in equipment — floor space, ceiling height, how staff actually move through the plant, and what your electrical supply can carry. Employees need clear paths around equipment, free of hazards, and machines need to sit where they speed up the workflow rather than slow it down. We’ve reworked layouts around limited ceiling height before — swapping bucket elevators for lower-profile conveyors specifically because the building came first and the equipment had to adapt to it.
5. Is This a New Formula That Needs Testing First?
If you’re working with a recipe or raw material combination nobody’s run through a line like yours before, test it before committing to full production. Some materials behave differently under heat and pressure than expected, and skipping that step is how you find out the hard way, mid-batch, instead of in a small test run.
6. Cattle Feed Plant Safety
Employee safety stays near the top of this list. Grinding and pelleting generate heat and friction, and fine grain dust carries a real combustion risk in enclosed spaces — which is why dust collection, and in some cases explosion-rated equipment, aren’t optional extras. They’re part of a properly specified line.
Once you’ve worked through these, the next step is partnering with a fully automatic cattle feed plant design and construction firm that’s actually done this before, rather than making every decision from scratch. That’s the gap our engineers fill — we invest in current feed mill technology and apply it against your specific recipe, capacity, and building constraints, not a one-size-fits-all package.
