A-Type Layer Cage Mesh
✅ High-Quality Material, Safe & Reliable
Adopts high-grade galvanized steel wire/low-carbon steel, professionally anti-rust treated surface, corrosion-resistant, wear-resistant, non-toxic, protecting the health of the flock.
✅ Sturdy Structure, Long-Lasting Durability
One-piece welding technology, uniform grid spacing, strong load-bearing capacity, not easy to deform or break. Service life is much longer than ordinary cages, reducing replacement costs.
✅ Cost-Effective, Practical & Economical
Simplified redundant design, focusing on core functions. Optimized production efficiency brings cost advantages, combined with low maintenance and low loss, saving more money for long-term breeding.
Core Selling Points (For Posters/Short Videos)
- Quality Material = Long Service Life = Cost Saving
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- Galvanized Anti-Rust, Durable & Worry-Free
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- Economical Choice for Large-Scale Breeding
Automatic Watering System
Tailored for large-scale layer farming, realizing automatic and standardized water supply, reducing labor costs, protecting flock health, and supporting stable egg production.
1. Tool-Free Installation & Maintenance
The cage is pre-equipped with standardized nipple drinker mounting holes for direct insertion installation—no drilling or complex tools required. Accessories can be replaced by hand, and one person can complete maintenance for 10 sets of cages in 10 minutes, significantly reducing labor costs.
2. Clean Water Supply Without Contamination
Nipple-type water outlet design: water flows only when hens peck, avoiding water exposure to air and reducing contamination from feed dust and feces. Closed water pipe design prevents bacterial growth, ensuring consistent water cleanliness.
3. Uniform Water Supply Without Waste
Each cage is equipped with a fixed number of drinking points (scientifically matched to the number of hens), ensuring every layer has access to sufficient water at any time and avoiding competition for water. Stable water flow with no dripping reduces water waste.

Automatic Feeding System
Two Core Solutions: Choose as Needed for Different Breeding Scenarios
Tailor-made for A-Type Layer Cages (single-tier/multi-tier), focusing on three core needs: precision feeding, cost reduction & efficiency improvement, durability & ease of use. Two professional solutions (Backpack Type and Gantry Type) cover all scenarios from small-medium farms to large-scale breeding bases.
Solution 1: Backpack Feeding System
Core Advantages: Space-Saving · Pollution-Proof · High Adaptability
- Maximized Space Utilization: Backpack design on both sides of the cage, running smoothly along slide rails with pulley support beam assembly. No extra chicken house space occupied, perfectly adapting to multi-tier A-Type cage stacking layout—ideal for height-restricted scenarios.
- Clean Feed with No Waste: Semi-closed feed box + integrated feeding funnel group prevents feed exposure to dust and feces pollution. Screw feeding device enables gentle conveying to reduce feed extrusion damage; inner ridge design of the trough avoids feed spilling during hens’ pecking, increasing feed utilization rate by over 10%.
- Easy Operation & Maintenance: Standardized modular assembly without complex installation; three control modes (manual/timed/automatic) allow adjusting feeding amount according to hens’ age. Accessories can be replaced by hand, and one person can maintain multiple cage sets, reducing labor costs.
- Outstanding Durability: Frame made of hot-dip galvanized sheet, corrosion-resistant and anti-aging, not easy to deform after long-term use—service life much longer than ordinary carbon steel equipment.
Solution 2: Gantry Feeding System
Core Advantages: High Capacity · Stable Operation · Easy Management
- Ideal for Large-Scale Breeding: Gantry structure with rectangular guide rails ensures large contact area, stable walking without slipping. Covers multiple rows of A-Type cages at one time—completes feeding for 70m chicken house in only 5-8 minutes, significantly improving breeding efficiency.
- Precision & Flexible Feeding: Supports personalized settings for different layers and sections, allowing independent adjustment of feeding amount for upper, middle and lower tiers to meet the feeding needs of hens of different ages. Quantitative feeding design increases feed conversion rate by 5%-8%, saving over 50,000 RMB in annual feed costs for 10,000 hens.
- Low Energy Consumption & Quiet Operation: Equipped with 1.1-1.5kW energy-saving motor, daily power consumption less than 5 kWh—30% more energy-efficient than similar products. Chain drive + silent walking wheels ensure low noise, minimizing hens’ stress response.
- Intelligent & Convenient Management: Equipped with remote control box, enabling automatic control of forward, backward and steering; supports remote monitoring of operation status and parameter adjustment via mobile APP. Automatic low-feed alert reduces manual inspection frequency, realizing unattended feeding.

Automatic Egg Collection System
Core Positioning: Intelligent Egg Collection, High-Efficiency Solution with ≤0.5% Breakage Rate
Tailor-made for A-Type Layer Cages (compatible with 2-4 tiers), integrating full-process automated technologies of “flexible picking, stable conveying, and intelligent collection”. It completely replaces manual egg picking (bending down to collect eggs one by one), solving the pain points of low efficiency, high breakage rate, and high pollution risk in traditional modes, helping farms achieve cost reduction, efficiency improvement, and egg quality upgrading.
1. Ultra-Low Breakage: Full-Process Flexible Protection, Breakage Rate as Low as 0.5%
- Bionic elastic egg claws are made of glass fiber reinforced nylon with buffer elasticity, fitting the curvature of eggshells during picking to avoid hard contact damage;
- Food-grade PP conveyor belt with anti-slip and wear-resistant surface, combined with stepless speed regulation (1-3m/min), ensuring stable and bump-free egg transportation throughout the process;
- Step-type landing device (60° horizontal angle) for multi-tier cages, enabling eggs to descend gently layer by layer without impact, with a non-breakage rate of 99.7%;
- Egg collection platform is equipped with buffer pads and guiding mechanisms to prevent egg collision and stacking, reducing the breakage rate by over 80% compared to manual picking (3%-5%).
2. High Efficiency & Labor Saving: Collect 10,000+ Eggs Daily, Labor Cost Reduced by 80%
- Single system collects ≥3,000 eggs per hour, and large-scale configuration can reach 12,000 eggs per hour, equivalent to the efficiency of 6-8 workers operating simultaneously;
- Perfectly matched with the sloped bottom design of A-Type cages: eggs naturally roll into the egg collection trough and trigger automatic conveying without manual intervention, realizing full automation from “egg laying to collection”;
- Reduces the frequency of manual movement in the chicken house, lowering the flock stress index by 30% and extending the peak egg-laying period by 7 days, indirectly increasing egg production benefits.
3. Clean & Hygienic: Closed-Loop Conveying Prevents Pollution, Better Egg Quality
- Fully enclosed conveying channel isolates feed dust and chicken manure pollution, improving egg surface cleanliness and enhancing acceptance by supermarkets and orders;
- The end of the conveyor belt is equipped with a dust cleaning brush and dust collection plate to automatically remove impurities on the eggshell surface, reducing cleaning costs;
- Main frame is made of 275g/㎡ hot-dip galvanized steel sheet, corrosion-resistant and easy to clean, adapting to the high-humidity environment of chicken houses and meeting food hygiene standards.
4. Stable & Durable: Modular Design, Low Maintenance Cost
- Core components adopt ISO-certified standard materials; the ultrasonic welded interface of the conveyor belt is firm, and the overall service life of the machine reaches 20-30 years;
- PLC intelligent control system supports timed startup and automatic fault alarm, equipped with a belt tensioning and correction device, with an operation failure rate of less than 0.5%;
- Modular assembly design allows accessory replacement without professional tools, which can be completed by one person, with an annual maintenance cost of less than 1% of the total equipment price.