Factory Price Agricultural Machinery 4-Layer Egg Cage Egg House Poultry Breeding Equipment
Professional Electric Chicken Feeding Cart
Automatic Mobile Feeder for Poultry Breeding Farm
| Product Name |
Feeding cart for caged quail poultry farm feeding equipment 3 layer cage chicken automatic feeding car |
| Motor |
DC motor |
| Rated voltage |
48V |
| Output Power |
500w |
| Rated speed |
450r/min |
| Rated current |
13.5A |
| Capacity |
600 kg |
| Scope of application |
Chicken, pig, cow, sheep, quail, livestock |
| Product advantages |
Time and labor saving, adjustable, easy operation, low noise |
Product Overview
Automatic feeding car for chickens broiler layer automatic motor feeding equipment feeder car for quail farm
Instructions for Use
Mainly used in laying hens and broiler breeding plants. The hopper rotates 180 degrees, allowing use in any channel within the layer. Add material once when entering, engage reverse gear when returning, turn the hopper to the other side, add and retreat. Feed quantity is adjustable, and the uniformity of the three-layer hopper is adjustable. Suitable for small and medium-sized laying hen farms, powered by batteries for green and environmentally friendly automatic operation.
Product Advantages
- This feeding truck adopts domestic original folding auger, solving the problem of small breeding space
- The unique 360° barrel design solves the problem of uneven feeding
- The car is equipped with two gears, forward and reverse, with gear control for loading and walking
Smart and Automatic Chicken Raising Features
Materials:
Hot-dip galvanized steel - Anti-rust with long life span
Drinking Nipple:
One-drop water drinking when touched by chicken mouth - Flexible and water-saving
Manure Cleaning Belt:
1.1kw~1.5kw automatic operation - Easy to collect and transport manure outside house to ensure clean interior
Manufacturing Process
Use welding machines to create cage mesh, then apply 275g zinc aluminum layer hot-dip coating for corrosion prevention. Alternatively, hot-dip galvanize the wire mesh first, then weld to create cage mesh. Operate laser cutting and bending on zinc aluminum alloy material sheets to make cage set frames. Assemble cages with frames and add motors to create complete automatic systems.