1. Overview
In recent decades, feed pellets have gained widespread popularity in the breeding industry due to their easy transportation, improved palatability for animals, and clean, convenient storage. Our diesel flat die feed pellet mill is engineered to produce high-quality pellets with smooth surfaces and appropriate hardness, making it the optimal choice for small-scale feedstuff production and biomass pellet processing.
2. Product Introduction
The diesel flat die feed pellet mill is specifically designed for small-scale production scenarios, catering to individual farmers, smallholder farms, and micro feed processing workshops. What sets it apart is its diesel engine-driven design—eliminating reliance on grid electricity, it operates stably even in rural or remote areas with insufficient power supply.
With a streamlined structure, the machine boasts low energy consumption and competitive pricing. It balances practicality and efficiency, enabling users to produce customized pellets without complex operations, making it a staple equipment for off-grid breeding and processing.
3. Core Features
3.1 Diesel-Driven for Off-Grid Flexibility
Powered by a high-performance diesel engine, the mill delivers consistent output independent of electrical grids. This makes it particularly suitable for rural areas, mountainous regions, or pastures with unstable or no power access—solving the core pain point of “power restriction” for small-scale producers.
3.2 Adjustable Speed & Pressure for Versatility
Equipped with a clutch and acceleration-deceleration device, the machine allows flexible speed adjustment to match different raw material characteristics. The screw-center pressure adjustment structure and adjustable compression ratio further enhance its adaptability: it can handle both fine grain powder and coarse materials (such as crushed straw or bran), meeting diverse pelleting needs.
3.3 User-Friendly & Easy Maintenance
The visualized pelleting chamber design lets users monitor the processing process in real-time, enabling timely troubleshooting of blockages or uneven pelleting. Its simple modular structure simplifies operation and maintenance—even staff without professional training can master it quickly, and wear parts (e.g., dies, rollers) are easy to replace at low cost.
3.4 Low Noise & Stable Operation
The diesel engine is optimized for low-noise operation, minimizing disturbance to farm environments. Rigorous dynamic balance testing of core components ensures smooth running with minimal vibration, extending the equipment’s service life.
4. Application Scenarios
- Animal Feed Production: Processes grain powder (corn, wheat, soybean meal), crushed straw, or bran into uniform pellets for chickens, ducks, pigs, rabbits, sheep, and other livestock. The pellets improve feed conversion rates and reduce waste.
- Animal Bedding Pellets: Converts recycled cardboard, sawdust, or straw into hard, absorbent bedding pellets—dust-free, moisture-absorbent, and easy to clean, ideal for animal stalls.
- Biomass Fuel Pellets: Processes agricultural wastes (rice husk, peanut shells) and woody materials (sawdust) into high-calorific-value fuel pellets, replacing coal for farm heating or small boilers.
5. Pelleting Process
- Raw Material Preparation: Crush raw materials (grains, straw, etc.) into 20-40 mesh powder, and dry to a moisture content of 12%-15% (too high moisture causes sticking; too low leads to loose pellets).
- Material Mixing: Blend the main material with additives (e.g., vitamins, minerals) evenly to ensure nutritional balance.
- Pelleting Formation: Feed the mixed powder into the visualized chamber. The rotating rollers press the powder through the die holes, and a built-in cutter trims the extruded pellets to the desired length.
- Cooling & Storage: Cool the freshly produced pellets to room temperature (to prevent mold growth) before sealed storage.
6. Usage Tips & Warnings
- Prior to operation, carefully read the user manual and follow technical guidance. Inspect wear parts (rollers, dies) and fasteners regularly to ensure normal functioning.
- Avoid overloading production (do not exceed the rated capacity) to extend the equipment’s service life.
- Clean the pelleting chamber and die holes after each use to prevent residual material hardening and blockages.
- Use clean diesel fuel and change the engine oil regularly according to the maintenance schedule.
7. Technical Data
| Model No. | Power | Die Diameter | Capacity (kg/h) | Weight | |
|---|---|---|---|---|---|
| Sawdust | Feedstuff | ||||
| AMSPLM-120A | 8HP | 120 mm | 50-70 | 70-100 | 100 kg |
| AMSPLM-150A | 8HP | 120 mm | 80-100 | 100-150 | 150 kg |
| AMSPLM-200A | 15HP | 200 mm | 100-150 | 250-350 | 250 kg |
| AMSPLM-230A | 22HP | 230 mm | 150-180 | 300-400 | 380 kg |
| AMSPLM-260A | 30HP | 260 mm | 180-230 | 400-600 | 500 kg |
| AMSPLM-300A | 55HP | 300 mm | 250-300 | 600-800 | 650 kg |
| AMSPLM-360A | 55HP | 360 mm | 300-400 | 700-900 | 750 kg |
| AMSPLM-400A | 55HP | 400 mm | 400-600 | 900-1000 | 850 kg |