4-Level Egg Chicken Cage
2. Core Specifications: Stocking density 40KG/㎡, corrosion-resistant galvanized iron wire and frame, automatic manure removal, automatic feeding, and automatic watering in modern farms.
3. Product Advantages: Reduces labor costs and improves farming efficiency; the rational design reduces egg breakage rate and flock injury and disease rate, indirectly improving egg production efficiency and shortening the payback period.
4. Customization available according to customer needs.
5. Technical Support: Provides installation videos and other supporting technical support.
6. Installation Service: On-site installation service available.
7. After-sales Service: 1-year free warranty.
4-Level Egg Chicken Cage - Industrial-Grade Poultry Housing System
Weifang Shuilin Musen Aquaculture Equipment Co., Ltd. presents a strictly engineered 4-Level Egg Chicken Cage that delivers measurable efficiency gains for commercial layer operations. Built from Q235 high-strength galvanized steel with a bearing capacity of 40KG/㎡, this multi-tier system integrates automated feeding, watering, and manure removal for intensive farming. Our hot-dip galvanization process achieves a zinc coating thickness exceeding 275g/m², ensuring over 15 years of corrosion-resistant performance in ammonia-heavy environments. The optimized cage design features a 10° bottom slope that reduces egg breakage rates to below 0.5% while cutting labor expenses by more than 40% compared to traditional floor systems.
What Makes Our 4-Level System Different
This vertical housing infrastructure increases your stocking density by up to 300% per unit of land area. You gain maximum capacity within existing shed dimensions without expanding your footprint.
The H-type integrated structure allows staged flock management across four distinct tiers. Each level operates independently while sharing centralized utility systems, giving you precise control over different production groups simultaneously.
Our 4-level egg chicken cage utilize 2.3-3.8mm wire diameters with documented tensile strength properties. The bottom mesh possesses spring steel elasticity that cushions egg drops and prevents sagging over prolonged use, eliminating egg accumulation issues that lead to pecking losses.
Technical Specifications
| Component | Details |
|---|---|
| Cage Dimensions | 45cm (L) × 45cm (W) × 450cm (H) per unit |
| Egg Collection Slope | 10° angle for gentle rolling |
| Primary Material | Q235 steel wire, hot-dip galvanized |
| Service Life | Over 15 years |
| Stocking Density | 40KG/㎡ |
| Structure Type | H-type four-layer integrated design |
| Key Components | Cage frame, mesh assembly, egg trough, feed trough, nipple drinkers, water pipes |
| Automation | Feeding system, watering system, manure removal system |
Installation and Assembly Advantages
Your maintenance teams will appreciate the modular construction that simplifies installation and component replacement. Each section disassembles without specialized tools, reducing downtime during routine cleaning cycles.
The welded joints undergo rigorous shear strength testing to prevent structural failures. All welding spots meet industrial standards for load distribution, eliminating desoldering risks that compromise bird safety.
Surface finishing includes electropolishing to achieve a completely burr-free mesh. This smooth texture prevents cage fatigue injuries to poultry feet and eliminates scratches on freshly laid eggs, protecting both your flock welfare scores and product quality grades.
Automation Integration Capabilities
The system seamlessly connects with nipple drinking lines that provide 360-degree water access. Reinforced PVC feeding troughs withstand high-impact loads and aggressive chemical cleaning agents used in biosecurity protocols.
Automated manure removal belts install beneath every tier, removing waste on daily schedules. This configuration maintains ammonia levels below 20ppm, safeguarding respiratory health and improving feed conversion ratios through better air quality.
Egg collection mechanisms utilize the engineered bottom slope combined with PVC protectors. Eggs roll gently into collection channels, dramatically reducing handling damage during peak laying hours when labor is stretched thin.
Production Efficiency Metrics
Your operation achieves higher space utilization that directly reduces rental costs per bird housed. The vertical stacking allows you to quadruple capacity within your current infrastructure investments.
Controlled environment parameters promote uniform weight gain patterns across all tiers. You'll observe shortened production cycles and more predictable laying curves that simplify inventory planning and contract fulfillment.
The tiered separation naturally reduces disease vector transmission between age groups. This biosecurity advantage decreases medication costs and improves overall flock performance indicators measured in eggs per hen housed.
Customization for Diverse Farm Requirements
We provide tailored solutions based on your specific shed dimensions and local climate conditions. Whether you operate closed-house facilities with full environmental control or open-sided barns in tropical regions, our engineering team adapts cage configurations accordingly.
For large-scale operations exceeding 100,000 birds, we recommend H-Type layouts with fully automated egg belt collection. Semi-automated farms benefit from A-Type arrangements that optimize passive ventilation in high-humidity zones.
Our technical support includes detailed installation videos and direct engineering consultation throughout your setup phase. Field installation services are available, backed by our 8-year industry expertise and comprehensive one-year warranty coverage.
Frequently Asked Questions
Q: What is the lifespan difference between galvanization methods?
A: Hot-dip galvanized cages last 15-20 years versus 3-5 years for cold galvanized alternatives. Although hot-dip processing increases initial costs by approximately 30%, the annualized expense is drastically lower for professional operations.
Q: How does wire elasticity affect egg quality?
A: The bottom mesh spring properties absorb impact forces when eggs are laid, working with the slope angle to gently guide eggs into collection areas. This engineered cushioning keeps breakage below 0.5% in properly maintained systems.
Q: What stocking density maximizes production per cell?
A: Industry standards recommend 450-550cm² per bird, typically housing 4 layers per cell depending on breed size. This density balances welfare requirements with optimal feed conversion efficiency.
Q: Can existing barns accommodate four-level installations?
A: Yes. The vertical design works within standard ceiling heights of 3-4 meters. Our team conducts site assessments to confirm structural load capacities and recommend necessary reinforcements before installation.
Q: How quickly does the system reduce labor requirements?
A: Farms report immediate 40%+ reductions in daily labor hours after automation integration. The centralized feeding, watering, and waste removal eliminate repetitive manual tasks across dispersed floor areas.
Contact Us Today
Ready to transform your egg production operation? Have questions about how the 4-level egg chicken cage fits your specific needs?
Email us: slms-equipment.com@slms-equipment.com
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