Chicken feed plant in Israel
RICHI configured this chicken feed plant in Israel for a poultry operator seeking more direct control over feed preparation. The project brief targeted 3–5 T/H and identified an SZLH320 ring-die press. Its practical equipment reference is 3–4 T/H for suitable compound feeds, with actual rates established against the selected formula and pellet grade.

RICHI MACHINERY
From a March enquiry to an April equipment contract
The enquiry came from Tel Aviv in March 2023, requesting a chicken-feed pellet line and a quotation. The buyer wanted a complete processing route rather than an isolated press. That made ingredient preparation, batch control, steam conditioning, cooling and bagging part of the same equipment discussion.
The requested 3–5 T/H range was a project target. It needed to be checked against the machine selection and the customer’s products, rather than applied to every feed automatically. Layer diets and broiler diets differ in their ingredients and physical requirements, and a small pellet can change the press duty substantially.
For this farm feed mill in Israel, the proposal also needed to explain how batches would be identified from weighing through storage. Producing feed for separate flocks creates a scheduling task: the right formula must reach the correct holding point, finishing route and labelled bag. A higher nominal machine rate cannot replace those controls.
The contract was signed on April 18, 2023, for a chicken feed pellet production line covering feeding, grinding, batching, mixing, pelleting, cooling, screening and packing. Building work, utilities and other site costs need their own scope definition before the purchase is treated as an all-in factory budget.
The selected arrangement uses one press with matched preparation and finishing. For the published 3–4 T/H SZLH320 reference, RICHI specifies a 37 kW main motor. The complete installation requires a separate motor and service schedule; that press rating is not the electrical demand of the entire plant.
| Project item | Defined basis |
|---|---|
| Enquiry | March 2023; Tel Aviv |
| Contract | April 18, 2023 |
| Customer use | Layer and broiler farm supply |
| Project target | 3–5 T/H |
| Press reference | SZLH320; 3–4 T/H; 37 kW |
| Performance boundary | Agreed recipe and accepted finished feed |
3–5 T/H
project target range
$148,450
equipment contract
Israel
location
Feed
project type
RICHI MACHINERY
Serve the flocks through defined production batches
The customer’s operating brief describes three laying-hen farms and a broiler base in central Israel, with approximately 65,000 birds in total. That flock figure helps frame the intended use, but it does not determine one daily feed requirement. Bird age, flock composition, feeding programme and the number of active houses all affect consumption.
The mill was planned to supply the customer’s own flocks, with possible nearby contract work considered separately. The layer and broiler feed line in Israel needs to match production to each flock’s feed programme. Ingredient purchases, batch quantities and finished-feed stock should follow that programme so a general-purpose production target does not obscure the actual diets required.
An in-house poultry feed production line gives the owner responsibility for formulation control, ingredient qualification and lot release as well as machinery operation. Pelleting can improve physical handling and reduce selective eating, but it does not by itself establish higher egg production, survival or feed conversion. Those outcomes depend on the whole diet and farm-management programme.
The useful operating record links a formula revision to its ingredient lots, weighing sheet, production date and destination flock. When a feed changes, the operator needs to know what remains in the mixer, press feed bin, cooler and return circuit. That information supports an orderly changeover and traceable distribution to the farms.
Before external processing is added, the owner should define how customer ingredients, recipes and finished bags will be separated from farm-use batches. A future supply radius or a fixed self-sufficiency deadline is not an equipment performance measure. Accepted output and the current flock schedule provide a more useful planning basis.
RICHI MACHINERY
Qualify grain, protein meals and small additions separately
The ingredient brief for this chicken feed plant in Israel includes corn, soybean meal, wheat bran, selected oilseed meals, mineral additions, premixes and controlled fats. Some deliveries may pass through import distributors or domestic milling businesses. Purchasing decisions follow actual lot specifications, rather than assumptions about a fixed country of origin or procurement contract.
| Ingredient group | Receiving or formulation control |
|---|---|
| Corn | Clean grain and agreed grind |
| Soybean meal | Identity, protein analysis and quality |
| Wheat bran | Condition and recipe-specific inclusion |
| Selected oilseed meals | Fibre and relevant anti-nutritional limits |
| Calcium and other minerals | Diet-specific source, quantity and particle size |
| Premixes | Accurate small-quantity weighing |
| Oil or qualified fat | Controlled inclusion and mixing behaviour |
The list is a formulation brief, not a recipe with fixed inclusion rates. Sunflower and cottonseed products need appropriate nutrient and quality assessment, including relevant fibre and anti-nutritional limits. Layer calcium specifications require particular attention to source, quantity and particle distribution. Small additions are weighed with equipment suitable for their batch quantity.
RICHI MACHINERY
One material route with recipe-controlled settings
The process is sequential: cleaned ingredients are weighed and ground, then mixed, steam-conditioned, pressed, cooled, screened and packed. Buffers can smooth transfers between stages, but they do not convert a bottleneck into extra average capacity. The poultry mash specification and the finished pellet specification need to be agreed together.
| Process duty | Operating check |
|---|---|
| Cleaning and grinding | Foreign-material removal and selected screen |
| Batch weighing | Correct ingredient and quantity |
| Paddle mixing | Addition sequence and tested uniformity |
| chicken feed pellet machine | Recipe-specific steam and die settings |
| Counterflow cooling | Outlet condition before storage |
| Rotary screening | Released size and compatible return |
| Weighing and bagging | Weight, closure and lot identity |
The compact poultry feed mill layout needs to account for ingredient intake, equipment access, bag movement and separated finished-feed storage. The production machinery occupies only part of that working area. Without a dimensional drawing and storage brief, a single footprint figure would not establish the land or building requirement. Compact transfers must still leave access for wear parts and maintenance.
RICHI MACHINERY
Keep the supplied product capability focused on poultry pellets
Broiler and layer pellets are the first product briefs. The described package has no crumbler, so chick crumbs require additional crumbling and grading equipment if they are selected as a launch product. The press can be assessed for other poultry recipes, but each new diet still needs a suitable formulation, die and operating trial.
| Product brief | Current scope | Required decision |
|---|---|---|
| Broiler pellets | Ring-die pelleting | Recipe, size and measured capacity |
| Layer pellets | Separate layer formulation | Calcium specification and physical grade |
| Chick crumbs | Additional equipment needed | Crumbler and grading scope |
| Other poultry pellets | Trial-qualified extension | Species diet and die assessment |
| Aquafeed or dry pet food | Separate development scope | Process and finished-product qualification |
Sinking aquafeed is a separate product-development task requiring appropriate grinding, formulation and water-stability assessment. Dry dog and cat food ordinarily needs an extrusion and finishing route. Neither should be presented as a sale-ready capability obtained simply by changing the ring die on this poultry pellet line.
RICHI MACHINERY
Match the equipment schedule to the agreed poultry duty
The package centres on an SZLH320 press with two-stage conditioning, a paddle mixer, counterflow cooling, rotary screening and automated weighing and bagging. The following schedule identifies the equipment families and their responsibilities without assigning unconfirmed auxiliary motor powers or machine sizes.
| Assembly | Configuration | Sizing boundary |
|---|---|---|
| Grinding | Feed hammer mill | Agreed material and particle specification |
| Batching | Four ingredient bins; liquid addition | Weighing range and recipe sequence |
| Mixing | SSHJ paddle-mixer family | Complete cycle; uniformity verification |
| poultry feed pellet making machine | One SZLH320; 37 kW main motor | 3–4 T/H published feed reference |
| Conditioning | Two-stage steam preparation | Formula, moisture and residence time |
| Cooling | SKLN counterflow-cooler family | Hot load and available intake air |
| Screening | Rotary grading screen | Accepted fraction and circulating load |
| Bagging | Dual-scale weighing system | 10–50 kg bags; full handling cycle |
The poultry feed mill equipment is coordinated through PLC-based controls. Useful functions include recipe selection, batch identification, equipment status and an orderly start-and-stop sequence. A control screen does not automatically adjust a physical hammer-mill screen, guarantee mixing uniformity or remove the need for operator checks during a recipe change.
RICHI MACHINERY
Convert flock demand into run time and packing work
A daily schedule should begin with the feed required by the actual flocks. To illustrate the arithmetic only, assume all 65,000 birds average 110 g of feed per day. That gives 7.15 tonnes daily. This assumed average is not a feeding recommendation or a recorded consumption figure for the customer’s mixed flock.
At a net accepted-feed rate of 3 T/H, that example requires about 2.38 hours of steady production; at 4 T/H it requires about 1.79 hours. These are productive run times before start-up, cleaning, recipe changes and interruptions. They do not establish a two-hour working day or show that every product reaches the upper reference rate.
If 7.15 tonnes were all packed in 25 kg bags, the daily quantity would be 286 bags; at 50 kg it would be 143 bags. Bulk delivery or a mixture of bag sizes would change that workload. Connecting the feed programme to packing and storage makes the schedule useful beyond the pellet press.
| Illustrative planning basis | Calculated quantity |
|---|---|
| 65,000 birds at 110 g/day | 7.15 tonnes/day |
| Accepted rate of 3 T/H | 2.38 productive hours/day |
| Accepted rate of 4 T/H | 1.79 productive hours/day |
| Whole day in 25 kg bags | 286 bags |
| Whole day in 50 kg bags | 143 bags |
RICHI MACHINERY
Record quality at the point of finished-feed release
A useful acceptance run uses an identified recipe and records the prepared-mash condition, die, steam settings, operating rate and finishing results. Product is weighed after cooling and screening. Fines returning internally are recorded separately, so recirculation is not counted again as newly produced feed.
Mixing uniformity and weighing accuracy need appropriate test methods and sampling. A short stated mixing time does not prove the variation achieved in a real batch, especially with small additions. Likewise, a conditioner temperature alone does not demonstrate vitamin retention, pathogen reduction or a defined storage life. Release checks must match the actual product claim.
| Release record | What it establishes |
|---|---|
| Formula and ingredient lots | Identity and traceability |
| Stable run and accepted weight | Net output for this feed |
| Pellet size and fines | Physical product grade |
| Cooling and product moisture | Condition at the packing point |
| Mixing test and sampling method | Measured batch uniformity |
| Return handling and changeover | Compatible reprocessing and lot separation |
RICHI MACHINERY
Agree the first feed grades before expanding the mill’s role
For a chicken feed plant in Israel supplying several flocks, the next useful design inputs are the recipes, pellet sizes, daily feed demand and delivery method. They determine batch scheduling and finishing requirements. The 3–5 T/H project ambition remains distinct from the 3–4 T/H model reference until a particular recipe and operating arrangement are demonstrated.
When asking RICHI to size an animal feed production line, provide the ingredient analyses and expected order mix alongside the required output. State whether the first products are intact poultry pellets or include crumbs, and identify the available steam and electrical services. This allows the proposal to connect preparation, pressing, finishing and bagging to one realistic duty.
For the chicken feed mill plant, the acceptance brief should define stable run conditions, the product that qualifies for release and the method used to calculate net output. Installation and trial records should establish the operating result. A purchase date or a planned start-up month cannot replace that evidence.
This project’s practical value lies in bringing feed preparation closer to the customer’s flock programme. A defined first product range, one appropriately sized press and a clear batch record give the owner a workable basis for evaluating production. Additional species, customers or processing routes can then be assessed against their own requirements.
● RICHI MACHINERY
RICHI Service

● Consulting
Customer Consultation
We want to have a deep understanding of your industrial process, to know your exact needs of feed, wood, biomass, fertilizer or other pellet processing.

● Design
Chicken feed Plant Design
Based on your unique situation and industrial process, we will tailor complete chicken feed plant you need, and inform you of every additional detail that could facilitate operation, minimize total cost.

● Manufacturing
Equipment Manufacturing
The critical components of the of the complete poultry feed production line equipment are built in our own workshops in Asia. Additional equipment is manufactured by our worldwide network of reliable partners.

● Testing
Quality Inspection & Testing
Before leaving the factory, all equipment will be inspected by the quality inspection department. We can also provide customers with testing services from a single machine to a complete pellet plant system, and provide you with real actual data for “worry-free use.”

● Delivery
Equipment Delivery
In equipment boxing and packaging, we adopt professional packaging and modular solutions to ensure the safe and non-destructive delivery of poultry feed plant equipment.

● Installation
Installation & Commissioning
Whether you choose your own subcontractor for the erection phase or you want to install everything together with us, a Richi supervisor will be around to make sure everything is mounted in a safe and thorough way.

● Training
Staff Training
We provide comprehensive training for the technicians of each chicken feed plant in Israel project. We can also continue to provide support for the technicians during latter project operation.

● After-sales
Project Follow-Up
When everything is up and running our Richiers will help you further whenever needed. We are ready to answer your call 24/7.We’ll also visit you regularly to learn about your needs.

Who we are
RICHI Machinery is one of the world’s leading suppliers of technology and services for the animal feed, aqua feed and pet food industries, also the largest pellet production line manufacturer in China.
Since 1995, RICHI’s vision to build a first-class enterprise, to foster first-class employees, and to make first-class contributions to society has never wavered.
In the past three decades, we have expanded our business to a wide range of areas, including animal feed mill equipment, aqua feed equipment, pet feed equipment, biomass pellet equipment, fertilizer equipment, cat litter equipment, municipal solid waste pellets equipment, etc.

1995
RICHI Established

2000+
Serving More Than 2000 Customers

120+
RICHI Employees

140+
Exported To 140 Countries


