1. Reasonable formula design:
Ensure that the feed formula is scientific and reasonable to meet the nutritional needs of different animals. Use feed formula software for optimization to ensure the best utilization of raw materials.
2. Selection of high-quality raw materials:
Select high-quality and easily digestible raw materials, which not only improves the animal's absorption rate of feed, but also reduces waste.
3. Equipment commissioning and maintenance:
Keep the feed pelleting unit in good condition, perform equipment maintenance and cleaning regularly, ensure stable operation of the unit, and avoid production interruptions caused by equipment failure.
| Model | Capacity | Power | Dimension | Weight |
| 125 | 80-100kg/h | 3kw | 110*35*70 cm | 95 kg |
| 150 | 120-150kg/h | 4kw | 115*35*80cm | 100 kg |
| 210 | 200-300kg/h | 7.5kw | 115*45*95cm | 300 kg |
| 260 | 500-600kg/h | 15kw | 138*46*100cm | 350 kg |
| 300 | 700-800kg/h | 22kw | 130*53*105cm | 600 kg |
| 360 | 900-1000kg/h | 22kw | 160*67*150cm | 800 kg |
| 400 | 1200-1500kg/h | 30kw | 160*68*145cm | 1200 kg |
4. Precise control of the pelleting process:
Control the working parameters of the pelleting unit, such as material layer thickness, particle size, etc., to ensure the best pelleting effect. This can reduce the fragmentation and waste of particles.
5. Process monitoring and optimization:
Introduce an automated control system to monitor parameters such as temperature, humidity, pressure, etc. during the pelleting process in real time. Through data analysis, optimize the pelleting process and improve the quality and output of feed.
6. Dust and waste management:
Effectively control dust during the production process and properly handle waste. Dust control not only helps employee health, but also reduces the waste of raw materials. Waste treatment requires environmental protection measures, such as recycling and reuse.