Chicken Farm Automatic Egg Picking Machine Breeding Cage Chicken Raising Equipment Vertical Automation Three layer Egg Chicken Cage Multi layer Chicken Cage
Chicken Farm Automatic Egg Picking Machine Breeding Cage Chicken Raising Equipment Vertical Automation Three layer Egg Chicken Cage Multi layer Chicken Cage
Chicken Farm Automatic Egg Picking Machine Breeding Cage Chicken Raising Equipment Vertical Automation Three layer Egg Chicken Cage Multi layer Chicken Cage
Chicken Farm Automatic Egg Picking Machine Breeding Cage Chicken Raising Equipment Vertical Automation Three layer Egg Chicken Cage Multi layer Chicken Cage

Chicken Farm Automatic Egg Picking Machine Breeding Cage Chicken Raising Equipment Vertical Automation Three layer Egg Chicken Cage Multi layer Chicken Cage

Automatic egg picking machine
chicken farm automation
egg collection system
three-dimensional breeding
galvanized chicken cage
This equipment is an automated system designed for large-scale chicken farming, integrating three-layer vertical chicken cages and automatic egg picking functions to achieve integrated management of chicken feeding and egg collection. The chicken cage is welded with high-strength galvanized steel wire, which is corrosion-resistant and rust proof. Each layer is equipped with independent drinking, feeding, and cleaning devices; The automatic egg picking system collects eggs smoothly through a conveyor belt, with a breakage rate of less than 0.5%, and is suitable for mainstream egg chicken breeds such as Hailan Brown and Roman Flour. The equipment supports modular expansion, with a single building feeding capacity of up to 50000 feathers, significantly improving breeding efficiency and egg quality. It is the core equipment of modern intensive breeding.
Product Details

This equipment reconstructs the layer farming process through deep integration of three-tiered stacked cages with an automated system. The cages are constructed using galvanized steel wire welding technology, with wire diameter ≥3.0mm and mesh size of 25×50mm, ensuring safe movement for hens and efficient manure dropping. Each tier is equipped with nipple drinkers (20cm spacing) and U-shaped feed troughs (8cm depth) to meet feeding requirements. The manure removal system adopts a scraper design, operating daily to maintain ammonia levels below 10ppm. The overall dimensions are customizable, with standard single-unit specifications of 1.8m(L)×0.6m(W)×1.7m(H), housing 12-15 birds per tier and 36-45 birds total across three tiers, suitable for small to medium-sized farms.

The automated egg collection system represents the core innovation, featuring tiered conveyor belts. Eggs slide down a 15° inclined plane onto cushioning pads before being transported by food-grade PVC conveyors (30cm width, adjustable speed 0.1-0.3m/s) to the collection platform. Equipped with photoelectric sensors, the system provides real-time yield statistics transmitted to management terminals, supporting remote monitoring via mobile apps. Compared to manual collection, efficiency increases fivefold (reaching 15,000 eggs/hour) while breakage rates drop from 3%-5% to below 0.5%. Key specifications are summarized below:

ComponentSpecificationsPerformance Advantages
Cage StructureGalvanized steel/45cm tier height/25×50mm meshCorrosion-resistant, anti-trampling design
Conveyor SystemFood-grade PVC/30cm width/adjustable speedSmooth transport, 0.5% breakage rate
Manure RemovalScraper type/0.75kW motor powerDaily operation, ammonia ≤10ppm

The equipment excels in environmental adaptability, with 45cm inter-tier spacing ensuring uniform ventilation. Combined with sidewall fans and evaporative cooling pads, it maintains optimal house temperatures between 18-25°C. The drinking system provides 24-hour constant-pressure water supply with 0.01μm filtration, effectively preventing intestinal diseases. Daily manure removal delivers waste directly to fermentation tanks for resource utilization. ISO9001-certified, this system suits both new constructions and retrofits, serving as key equipment for advancing layer farming toward intelligent, standardized production.