1. Overview
As the feed pellet industry booms globally, the electric flat die feed pellet mill has emerged as a staple in the breeding sector. Tailored for scenarios where efficiency, affordability, and practicality matter most, it stands out with its simple structure, compact footprint, competitive pricing, and low energy consumption—making it the preferred choice for small-scale industrial production and home use.
2. Product Introduction
The electric flat die feed pellet mill is a dedicated pelleting equipment engineered for small-batch production of animal feed. It is widely applicable in family farms, small-scale breeding cooperatives, micro feed processing workshops, and poultry/livestock farms, perfectly matching the needs of low-to-medium output scenarios.
Its raw material adaptability is one of its key strengths: it can process easily accessible grains and agricultural by-products, including corn, wheat, soybeans, rice, wheat bran, bean meal, and other common agricultural materials. Powered by a high-efficiency electric motor, the machine eliminates the need for high-pollution drive systems, achieving both energy savings and environmental friendliness.
3. Core Features
3.1 Energy-Saving & Eco-Friendly Performance
Equipped with a premium energy-efficient electric motor, the mill minimizes power consumption while maintaining stable output. Compared to traditional pelletizing equipment, it reduces energy usage by 15%-20% per ton of feed, and its zero-emission operation aligns with modern environmental protection requirements.
3.2 Durable & Reliable Build
Key components such as the flat die and pressure rollers are crafted from high-wear alloy materials, significantly extending service life—even with long-term processing of abrasive materials like bran or straw.
3.3 User-Friendly Operation
The machine adopts a visualized pelleting chamber design, allowing real-time observation of material processing status and quick troubleshooting of issues like blockages or uneven pelleting. Its compact structure occupies less than 2㎡ of space, and the modular assembly enables easy disassembly for cleaning and maintenance—no professional technical background required.
3.4 Versatile & Cost-Effective
Beyond feed production, it can process multiple materials into functional pellets. With no expensive auxiliary equipment needed, its initial purchase cost is 30%-50% lower than large-scale pelleting machines, and low energy consumption + affordable spare parts further reduce long-term operating costs.
4. Application Scenarios
- Animal Feed Production: Converts grains and by-products into uniform pellets for chickens, ducks, pigs, rabbits, cattle, sheep, fish, and shrimp—improving feed palatability and nutrient absorption rate.
- Livestock Bedding Pellets: Processes recycled cardboard, straw, or sawdust into hard, absorbent bedding pellets that are dust-free and easy to clean, ideal for animal stalls.
- Biomass Fuel Pellets: Transforms agricultural wastes (straw, rice husk, peanut shells) and biomass materials (wood chips) into high-calorific-value fuel pellets, replacing coal for heating or small boilers—supporting green energy initiatives.
5. Why Choose Our Electric Flat Die Feed Pellet Mill?
- Tailored for Small-Scale Needs: Designed exclusively for low-to-medium output scenarios (100-1200kg/h), it avoids the waste of “large equipment for small batches” and requires no heavy-duty infrastructure.
- Low Maintenance Burden: Spare parts (e.g., dies, rollers) are highly standardized and easy to replace; routine maintenance only involves lubrication and surface cleaning, reducing downtime loss.
- Quick Start-Up: The intuitive operation panel and simplified process mean staff can master operation within 1-2 hours, eliminating the need for costly professional training.
6. Product Highlights
- Stable Continuous Operation: Core components undergo precision machining and dynamic balance testing, ensuring 800+ hours of continuous running without frequent failures.
- Ultra-Low Energy Consumption: Adopts variable-frequency speed regulation technology (optional) to match power output with material characteristics, further optimizing energy efficiency.
- Cost-Saving in the Long Run: Wear-resistant parts have a service life of 500+ tons of feed, and spare part prices are 40% lower than industry averages—lowering total ownership cost.
7. Technical Data
| Model | Capacity(kg/h) | Power | Diameter | Weight | Dimension |
|---|---|---|---|---|---|
| AMSPLM-120B | 60-100 | 3/2.2 kw | 120 mm | 60 kg | 750_350_650mm |
| AMSPLM-150B | 90-120 | 4kw | 150 mm | 180 kg | 1000_430_950mm |
| AMSPLM-200B | 200-300 | 7.5kw | 200 mm | 250 kg | 1000_430_950mm |
| AMSPLM-200C | 200-300 | 7.5kw | 200 mm | 250 kg | 1000_460_900mm |
| AMSPLM-230B | 300-400 | 11kw | 230 mm | 270 kg | 1140_470_970mm |
| AMSPLM-230C | 300-400 | 11kw | 230 mm | 280 kg | 1140_540_930mm |
| AMSPLM-260B | 400-600 | 15kw | 260 mm | 300 kg | 1120_520_1070mm |
| AMSPLM-260C | 400-600 | 15kw | 260 mm | 310 kg | 1120_530_1070mm |
| AMSPLM-300B | 600-800 | 22kw | 300 mm | 310 kg | 1270_520_1070mm |
| AMSPLM-300C | 600-800 | 22kw | 300 mm | 310 kg | 1280_600_1050mm |
| AMSPLM-360C | 700-900 | 22kw | 360 mm | 400 kg | 1340_580_1060mm |
| AMSPLM-400C | 900-1100 | 30kw | 400 mm | 450 kg | 1520_600_1150cm |