How to Make Chicken Feed on a Small Scale

Producing chicken feed on a small scale can be a practical way for poultry farmers to reduce feed costs, improve feed quality, and gain better control over the nutrition of their chickens. Instead of purchasing finished feed, farmers can use locally available corn, wheat, soybean meal, rice bran, wheat bran, and other ingredients to formulate feed according to the growth stage of broilers or layers.

For farms that need a compact and manageable production solution, a small chicken feed pellet machine can turn properly prepared feed mash into uniform pellets. Compared with a large commercial feed production system, a small pelletizing system requires less space and is easier to operate, making it suitable for family farms, small poultry farms, and small feed businesses.

However, choosing the right machine is not simply about selecting the smallest available model. Production capacity, feed formula, pellet diameter, raw material condition, power supply, automation level, and future production plans should all be considered before purchasing equipment.

Why Make Chicken Feed Pellets on a Small Farm?

Chicken feed is usually made from several ingredients that provide energy, protein, fiber, minerals, vitamins, and other nutrients. When these ingredients are supplied separately as mash, chickens may selectively consume some components while leaving others behind.

Pelletizing can help produce a more uniform feed product.

The main advantages include:

• More uniform feed composition
• Reduced ingredient separation
• Easier storage and transportation
• Less feed dust
• Better handling during automatic feeding
• More convenient feeding management
• Improved utilization of formulated feed
• Easier control of pellet size

For small poultry farms, the biggest advantage may be production flexibility. Farmers can make feed when needed instead of purchasing large quantities of commercial feed.

A small-scale system can also be expanded later if the farm grows.

What Is a Small Chicken Feed Pellet Machine?

A small chicken feed pellet machine is compact equipment designed to compress prepared feed ingredients into cylindrical pellets. Depending on the machine design, it may use a flat die or ring die.

Flat-die machines are commonly used for small-scale farm production because of their relatively simple structure and easy operation. Some small machines are designed for outputs of only several dozen kilograms per hour, while other small commercial models can reach several hundred kilograms per hour.

For example, small feed pellet machines available on the market commonly cover capacities from around 80 kg/h to several hundred kilograms per hour, while RICHI's smallest ring-die model is designed for approximately 1–2 t/h.

This means that "small" can have different meanings depending on the customer's production requirement.

A farmer producing feed only for a small flock may need a much smaller machine than a feed producer supplying several farms.

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Who Needs Small-Scale Chicken Feed Production Equipment?

A compact pelletizing system can be suitable for several types of users.

Family Poultry Farms

Farmers with a relatively small number of chickens can produce feed according to daily or weekly requirements.

Small Commercial Poultry Farms

Growing farms may need several hundred kilograms of feed per hour rather than several tons per hour.

Layer Farms

Layer farms can formulate feed according to the nutritional requirements of laying hens and produce pellets or crumbles in different sizes.

Broiler Farms

Broiler operations can produce different feed formulas for starter, grower, and finisher stages.

Small Feed Businesses

A small feed producer can start with a compact production system and gradually increase capacity as demand increases.

Agricultural Cooperatives

Several farmers can share a small feed production facility to reduce individual equipment investment.

Common Raw Materials for Chicken Feed Pellets

The pellet machine does not determine the nutritional value of the feed. The formula and raw materials determine the nutritional composition, while the pelletizing system mainly determines how the formulated mash is physically processed.

Common ingredients include:

Corn

Corn is widely used as an energy ingredient in poultry diets.

Wheat

Wheat can provide energy and protein and can also contribute to pellet binding.

Soybean Meal

Soybean meal is commonly used as a protein source.

Wheat Bran

Wheat bran can contribute fiber and other nutrients to the formula.

Rice Bran

Rice bran can be included in many poultry feed formulas where locally available.

Vegetable Oil

Oil can increase the energy density of the feed, although excessive oil can make pellet formation more difficult.

Mineral and Vitamin Premixes

Premixes provide important micronutrients required by chickens.

Other Ingredients

Depending on the formula, poultry feed may also contain fish meal, rapeseed meal, cottonseed meal, limestone powder, dicalcium phosphate, salt, amino acids, and other additives.

The exact formulation should be developed according to the chicken type, age, production objective, and local feed regulations.

Basic Process for Making Chicken Feed Pellets

Even a small production system should follow a logical processing sequence.

A typical process is:

Raw Material → Cleaning → Crushing → Batching → Mixing → Conditioning → Pelletizing → Cooling → Screening → Packing

Not every small farm needs every piece of equipment. The final configuration depends on the capacity and level of automation required.

1. Raw Material Cleaning

Before grinding, raw materials should be inspected and cleaned.

Stones, metal particles, ropes, plastic, and other foreign materials can damage equipment and affect feed quality.

A small cleaning screen or magnetic separator can be added when necessary.

For a very small farm, manual inspection may sometimes be used, but commercial production should use more reliable cleaning equipment.

2. Crushing

Corn, wheat, soybean meal, and other ingredients may need to be ground before pelletizing.

The particle size affects:

• Mixing uniformity
• Pellet quality
• Pellet durability
• Machine performance
• Feed digestibility

For chicken feed, relatively fine grinding is generally preferred compared with some cattle feed applications.

A hammer mill is commonly used in complete feed plants to reduce particle size before mixing.

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3. Batching

Different ingredients must be added according to the feed formula.

For very small operations, manual weighing can be possible.

For larger small-scale plants, an automatic batching system can improve consistency and reduce formulation errors.

Accurate batching becomes increasingly important when producing several different formulas.

4. Mixing

After weighing, the ingredients should be thoroughly mixed.

A mixer distributes corn, soybean meal, bran, minerals, vitamins, and other components throughout the batch.

Poor mixing can cause nutritional variation between pellets.

For commercial production, a suitable feed mixer is therefore an important part of the production line.
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5. Conditioning

Conditioning is an important step before pelletizing.

Steam and moisture can be introduced into the feed mash to improve its physical properties. Proper conditioning can help soften the material and improve pellet formation.

The exact conditioning requirements depend on:

• Formula
• Moisture
• Particle size
• Starch content
• Desired pellet quality
• Pellet machine configuration

For very small systems, conditioning may be relatively simple. For larger commercial systems, a dedicated conditioner can provide better control.

6. Pelletizing

This is the central stage of the production process.

The prepared feed enters the pelletizing chamber, where mechanical pressure forces the material through die holes.

A flat-die system is often selected for small farm applications because of its simple construction.

For higher production requirements, a ring-die system can provide a more industrial solution.

The correct die should be selected according to the desired pellet diameter and feed formula.

Choosing the Right Pellet Diameter

Chicken feed does not necessarily require the same pellet size throughout the entire production cycle.

Young chicks generally require smaller particles than older birds.

Typical production may involve:

• Smaller particles for chicks
• Medium-sized pellets for growers
• Larger pellets for mature birds

Crumbles can also be produced by crushing larger pellets into smaller particles.

RICHI's small ring-die model supports finished pellet diameters in the 2–12 mm range, while its poultry-oriented configuration can be adjusted for smaller chicken feed pellets.

The final die should always be selected according to the actual feed formula and target chicken age.

Flat Die or Ring Die for Small Chicken Feed Production?

This is one of the most important decisions when purchasing equipment.

Flat Die Pellet Machine

Flat-die machines are generally associated with small-scale production.

Their advantages include:

• Compact structure
• Simple operation
• Relatively low investment
• Easy maintenance
• Suitable for small farms
• Flexible production

They can be a good choice when the primary purpose is making feed for the farm's own chickens.

Ring Die Pellet Machine

Ring-die machines are more commonly used for commercial production.

Their advantages include:

• Higher production capacity
• More continuous operation
• Better suitability for commercial feed mills
• More industrialized design
• Greater potential for automation

For example, RICHI's SZLH250 is positioned as a small ring-die model with approximately 1–2 t/h capacity.

Therefore, a farmer planning to produce several tons of feed per day may want to consider a ring-die system instead of a small flat-die machine.

How to Choose the Capacity

Capacity should be based on actual feed consumption rather than simply selecting the cheapest machine.

Suppose a farm consumes 500 kg of feed per day. Purchasing a machine designed for several tons per hour may create unnecessary investment and operating costs.

On the other hand, if a farm expects to consume 5–10 tons per day in the near future, a very small machine could quickly become a production bottleneck.

Consider the following questions:

1. How many chickens will the farm have?
2. How much feed is consumed every day?
3. How many hours per day will the machine operate?
4. Will feed be produced only for the farm?
5. Will feed be sold to other farmers?
6. Is farm expansion planned?
7. Will different feed formulas be produced?

These questions help determine the appropriate capacity.

Small Chicken Feed Pellet Machine for Different Farm Sizes

There is no universal definition of a small feed plant.

50–200 kg/h

This level can be suitable for very small farms and household production.

The system may consist mainly of:

• Small crusher
• Mixer
• Pellet machine
• Manual packing

200–500 kg/h

This capacity is more suitable for growing farms.

The production line can include:

• Raw material cleaning
• Hammer mill
• Mixer
• Pellet machine
• Cooler
• Screen
• Packing machine

500 kg/h–1 t/h

This level can support a more commercial operation.

Automation can be introduced into batching, conveying, feeding, cooling, screening, and packing.

1–2 t/h

At this level, a ring-die pellet machine becomes an attractive option for many commercial users.

A 1–2 t/h system can be designed as a compact commercial feed plant rather than simply a farm machine.

Why Cooling Is Important

Fresh pellets leave the pellet mill at an elevated temperature and contain moisture.

They should not immediately be packed into bags.

Cooling helps reduce pellet temperature and moisture to an appropriate level for storage.

Without adequate cooling, hot pellets can cause condensation inside packaging and increase the risk of quality deterioration.

For small production systems, a simple cooling solution may be sufficient.

For larger systems, a counterflow cooler can provide more controlled cooling.

Screening the Finished Pellets

After cooling, pellets can be screened.

Screening removes:

• Powder
• Broken pellets
• Oversized particles
• Unwanted material

The fines can often be returned to the pelletizing process.

This helps improve the appearance and consistency of the final product.

Should a Small Farm Use a Crumbler?

A crumbler is not always necessary.

However, it can be useful when producing feed for young chicks.

The basic process is:

Pellet → Crushing → Screening → Crumble

Instead of feeding large pellets to young birds, the pellets can be processed into smaller particles.

This makes the production system more flexible.

What Affects the Cost?

The price of a small chicken feed pellet system depends on more than the pellet machine itself.

Important factors include:

Machine Capacity

Higher capacity usually means larger motors, stronger transmission systems, larger dies, and higher equipment costs.

Pellet Machine Type

Flat-die equipment and ring-die equipment have different structures and investment levels.

Automation

Manual systems have lower initial investment but require more labor.

Automatic systems cost more but can improve production consistency and reduce manual operation.

Raw Material Processing

If raw materials are already clean and finely ground, fewer machines may be required.

If whole corn and other raw materials need complete processing, the system will require crushers, cleaners, conveyors, and mixers.

Cooling and Screening

A simple farm system may use basic cooling and screening methods, while a commercial plant needs dedicated equipment.

Packing

Manual bagging is inexpensive.

Automatic weighing and packing systems improve efficiency but increase investment.

Electrical System

Motor power, voltage, control cabinets, variable-frequency drives, and automation all influence the final quotation.

Small Machine vs Complete Production Line

One common mistake is to compare the price of a single pellet machine with the price of a complete feed production line.

They are not equivalent.

A pellet machine only handles the pelletizing stage.

A complete system may include:

• Raw material cleaning
• Hammer mill
• Feed mixer
• Screw conveyor
• Bucket elevator
• Pellet machine
• Pellet cooler
• Vibrating screen
• Crumbler
• Packing machine
• Electrical control system

For a small farm, buying every machine at once may not be necessary.

For a commercial feed business, however, a complete system can provide better production efficiency and quality control.

How RICHI Can Design a Small Feed Production Solution

RICHI approaches chicken feed production as a complete engineering project rather than simply supplying one machine.

For customers with relatively small production requirements, the solution can be designed around the required output, feed formulas, raw materials, pellet size, available workshop, and future expansion plans.

The equipment configuration can be adjusted accordingly.

For example, a small project may focus on:

Grinding → Mixing → Pelletizing → Cooling → Screening

A larger project can add:

Cleaning → Automatic Batching → Conveying → Crumbling → Automatic Packing → Centralized Control

This modular approach allows customers to avoid purchasing unnecessary equipment while still leaving room for future expansion.

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How to Improve Small-Scale Production Efficiency

A small feed plant does not have to be inefficient.

Several practical measures can significantly improve performance.

Keep Raw Materials Consistent

Large variations in moisture and particle size can make pelletizing unstable.

Maintain Correct Moisture

Feed that is too dry or too wet may affect pellet formation.

Use the Correct Die

The die should match the target pellet diameter and formula.

Keep Rollers Properly Adjusted

Incorrect roller clearance can reduce production efficiency and increase wear.

Avoid Overfeeding

The machine should operate within its recommended capacity.

Clean the Machine Regularly

Accumulated feed material can affect performance and hygiene.

Monitor Pellet Quality

Check pellet appearance, hardness, fines, moisture, and size regularly.

Plan Maintenance

Replacing worn parts before serious failure can reduce unexpected downtime.

Common Problems and Solutions

Pellets Break Easily

Possible causes include unsuitable moisture, poor conditioning, incorrect die selection, or insufficient compression.

Too Much Powder

Check raw material preparation, die condition, conditioning, cooling, and screening.

Low Production Capacity

Possible causes include unsuitable feed formula, poor grinding, unstable feeding, worn die or rollers, or insufficient motor power.

Machine Blocks

Excessive moisture, foreign materials, incorrect feeding, or unsuitable formulation may cause blockage.

Uneven Pellet Size

Check the die holes, knife adjustment, material feeding, and roller condition.

Is a Small Chicken Feed Pellet Machine Worth Buying?

For farms that consume a significant amount of feed regularly, producing pellets on-site can be economically attractive.

The real benefit comes from controlling the complete feed-making process.

Farmers can:

• Purchase ingredients locally
• Develop their own formulas
• Reduce dependence on finished feed
• Produce feed according to chicken growth stages
• Adjust production according to farm demand
• Improve feed handling
• Potentially reduce long-term feed costs

However, the investment should be based on actual feed consumption.

A machine that is too small can create excessive labor and production time, while an oversized machine can result in unnecessary investment.

The best equipment is the one that matches current demand while leaving reasonable room for future growth.

Small Chicken Feed Pellet Machine FAQs

What capacity is suitable for a small chicken farm?

It depends on daily feed consumption. Very small farms may need less than 200 kg/h, while growing farms may require several hundred kilograms per hour or more.

Can the machine make feed for different chicken stages?

Yes. By changing the feed formula and pellet die, the production system can be adapted for different chicken growth stages.

What raw materials can be used?

Common materials include corn, wheat, soybean meal, wheat bran, rice bran, oil, minerals, vitamins, and other approved feed ingredients.

Can pellets be made for chicks?

Yes. Smaller dies or a crumbler can be used to produce appropriately sized feed particles for young chickens.

Is a flat-die machine suitable for farm use?

For many small farms, a flat-die machine can be a practical choice because of its compact structure and relatively simple operation.

When should I choose a ring-die machine?

A ring-die machine becomes more attractive when production requirements increase and the customer needs continuous commercial production.

Do I need a cooler?

For very small production, cooling can sometimes be handled with simple equipment or controlled spreading. For commercial production, a dedicated cooler is strongly recommended.

Can the system be expanded later?

Yes. A well-designed production line can be planned with future expansion in mind, allowing additional grinding, batching, cooling, packing, or storage equipment to be added later.

Final Thoughts

A small poultry feed production system can be an effective solution for farmers who want greater control over feed costs and quality. The key is to match the equipment with the farm's actual production requirements instead of choosing a machine based only on its purchase price.

A small chicken feed pellet machine can serve as the core of a compact system, while crushers, mixers, coolers, screens, crumbler units, and packing equipment can be added according to production scale.

For farmers planning long-term expansion, RICHI can also design a customized feed production solution covering equipment selection, process design, manufacturing, installation, commissioning, operator training, and after-sales support. The result is not simply a pellet machine, but a feed production system designed around the customer's raw materials, capacity, formula, and future development.