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ZSXCD-195
ZEUS
ZSXCD-003
The small stacking equipment for laying hens mainly consists of the following parts:
1. Chicken cage: used to house laying hens.
2. Feeding system: including feed trough, feed tower, feeding pipeline, etc.
3. Drinking water system: Provide clean drinking water to laying hens.
4. Egg collection system: collects eggs produced by laying hens.
5. Feces cleaning system: cleans the feces in the chicken cage.
6. Ventilation system: ensures air circulation in the chicken house.
7. Control system: Control and regulate the operation of the equipment.
The following are some key points for choosing a small cascading equipment for laying hens that is suitable for you.:
1. Breeding scale: Determine the size and capacity of the equipment according to your own breeding quantity.
2. Quality and durability: Choose reliable, sturdy and durable equipment to ensure long-term use.
3. Degree of automation: Choose equipment with an appropriate degree of automation based on your own needs and management capabilities.
4. Adaptability: Consider the adaptability of the equipment to the site and environment.
5. Cost-effectiveness: Comprehensive consideration of equipment price and performance, select equipment with high cost-effectiveness.
The small stacking equipment for laying hens mainly consists of the following parts:
1. Chicken cage: used to house laying hens.
2. Feeding system: including feed trough, feed tower, feeding pipeline, etc.
3. Drinking water system: Provide clean drinking water to laying hens.
4. Egg collection system: collects eggs produced by laying hens.
5. Feces cleaning system: cleans the feces in the chicken cage.
6. Ventilation system: ensures air circulation in the chicken house.
7. Control system: Control and regulate the operation of the equipment.
The following are some key points for choosing a small cascading equipment for laying hens that is suitable for you.:
1. Breeding scale: Determine the size and capacity of the equipment according to your own breeding quantity.
2. Quality and durability: Choose reliable, sturdy and durable equipment to ensure long-term use.
3. Degree of automation: Choose equipment with an appropriate degree of automation based on your own needs and management capabilities.
4. Adaptability: Consider the adaptability of the equipment to the site and environment.
5. Cost-effectiveness: Comprehensive consideration of equipment price and performance, select equipment with high cost-effectiveness.