1. Automatic feeding system: By precisely controlling the time and amount of feed delivery, accurate feeding of farmed animals can be achieved to avoid problems of overfeeding or underfeeding.
2. Environmental control system: By real-time monitoring of environmental parameters such as temperature, humidity, ammonia, etc. in the farm, and automatically adjusting ventilation, humidification, disinfection and other equipment, a comfortable living environment can be created for farmed animals.
3. Manure treatment equipment: Through scientific treatment methods, the manure produced by farmed animals is converted into valuable resources such as organic fertilizer and biogas. This can not only reduce environmental pollution, but also bring additional economic benefits to the enterprise.
|
Model |
Capacity |
Dimension |
Weight |
|
MK-125 |
80-100kg/h |
110*35*70 cm |
95 kg |
|
MK-150 |
120-150kg/h |
115*35*80cm |
100 kg |
|
MK-210 |
200-300kg/h |
115*45*95cm |
300 kg |
|
MK-260 |
500-600kg/h |
138*46*100cm |
350 kg |
|
MK-300 |
700-800kg/h |
130*53*105cm |
600 kg |
|
MK-360 |
900-1000kg/h |
160*67*150cm |
800 kg |
|
MK-400 |
1200-1500kg/h |
160*68*145cm |
1200 kg |
| 1.Used for making animal feed pellets
2.Used for making wood pellets as fuel 3.Raw material size need 3-5mm ; Humidity :10-12% |
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4. Intelligent management system: Through technical means such as the Internet of Things and big data, remote monitoring and management of farms can be achieved, work efficiency can be improved, and operating costs can be reduced.
In short, advanced feed units and feed equipment technologies have brought many conveniences and benefits to the breeding industry. However, we should also see that the promotion and application of these technologies still face some challenges, such as technology research and development, cost control, and market promotion. Therefore, we need to continue to increase research and development efforts and promote technological innovation.