Latest News and Insights - Stay Informed with Our News Portal

Efficient Manure Removal Systems for Export-Oriented Layer Farms: Meeting Global Environmental and Food Safety Standards

This article explores how automated manure removal systems—specifically scraper-based and screw conveyor technologies—deliver significant energy savings and environmental benefits in large-scale layer poultry operations. It highlights the innovative H-type chicken cage design by Zhengzhou Livi Machinery, enabling complete feces clearance without blind spots, thereby reducing ammonia emissions and disease transmission risks. The piece also explains how these systems align with ISO 14001 environmental management standards, supporting manure resource recovery into organic fertilizer. Real-world case studies, technical diagrams, and data-driven insights are included to demonstrate practical implementation. Designed for export-focused layer farmers and industry professionals, this guide supports sustainable farming practices while addressing global regulatory expectations on farm hygiene and food safety.

2025-08-23 | read

130 | lable

automated manure removal system egg layer farm sustainability ammonia emission control manure recycling technology ISO 14001 compliance

https://shmuker.oss-cn-hangzhou.aliyuncs.com/data/oss/20250720/c31fa5c10978a306c3014c0eecb003c1/1e206c22-9c5b-41d1-a31f-3533fb7911b8.jpeg

How Automated Manure Cleaning Drives Resource Utilization of Laying Hen Manure under ISO14001 Certification: Industry Experience Sharing

Under the ISO14001 environmental management system, how can automated manure cleaning systems assist laying hen farming in achieving energy conservation, consumption reduction, and resource utilization of manure? This article delves into the efficient application of scraper - type and screw - conveyor manure cleaning technologies in H - type layer chicken cages. It reveals the crucial role of their all - round cleaning ability in preventing ammonia from exceeding the standard and improving the health level of the chicken flock. Combining industry policy trends and real - world cases, it showcases the feasible path of green farming models to help farmers make scientific decisions, operate in compliance, and improve quality and efficiency.

2025-08-23 | read

285 | lable

自动化清粪技术蛋鸡养殖粪污资源化 ISO14001环境管理 H型蛋鸡笼清粪氨气超标防控

https://shmuker.oss-cn-hangzhou.aliyuncs.com/data/oss/20250720/b1e7aa02c06e2319eccd89dad3312e8b/fd4a970c-6dfc-44ed-9d25-858576af46a5.jpeg

H-Type Chicken Cage + Automated Manure Removal System: Achieving Zero-死角 Cleaning for Safer, More Efficient Egg Production

Discover how the combination of H-type layer chicken cages and automated manure removal systems delivers complete coverage cleaning—eliminating dead zones in large-scale egg farming. This solution addresses critical challenges such as ammonia buildup, disease risk reduction, and environmental compliance. By integrating scraper-based and screw conveyor technologies, farms achieve up to 40% energy savings while supporting ISO14001-aligned waste valorization through organic fertilizer production. Real-world case studies from poultry operations demonstrate measurable improvements in flock health, air quality, and operational efficiency—providing a scalable, sustainable path forward for modern egg producers.

2025-08-23 | read

424 | lable

automated manure removal system H-type chicken cage design ammonia control in poultry farms energy-efficient poultry farming manure resource utilization

https://shmuker.oss-cn-hangzhou.aliyuncs.com/data/oss/20250720/ceb8900c05d6d94d0e2359382034e278/873c15dc-8bd2-4021-b877-6fe93238edbd.jpeg

Environmental Benefits of Screw Conveyor Manure Removal Systems in Large-Scale Laying Hen Farms: Mitigating Ammonia Emissions and Waste Pollution

In large-scale laying hen operations, efficient manure removal systems are critical to sustainable and environmentally responsible poultry farming. This article explores the technological advantages of screw conveyor manure removal systems in reducing ammonia emission exceedances and minimizing pollution risks. Integrated with H-type layer cage structures, the system enables thorough cleaning with no blind spots, promoting a healthier rearing environment. Furthermore, the discussion includes alignment with ISO14001 environmental management standards, highlighting how automation in manure handling supports waste resource utilization and green farming practices. The comprehensive analysis aims to assist producers in adopting modern, compliant, and eco-friendly poultry operations that meet regulatory requirements and consumer demands for food safety.

2025-08-22 | read

275 | lable

螺旋输送清粪系统蛋鸡养殖环保技术自动化清粪设备氨气排放控制粪污资源化利用

How Scraper-Based Manure Removal Systems Help Large-Scale Layer Farms Reduce Energy Consumption and Improve Efficiency

This article explores how automated scraper manure removal systems deliver significant energy savings and operational efficiency in large-scale layer chicken farms. By integrating with H-type cage designs, these systems ensure thorough cleaning without死角 (dead zones), reduce ammonia emissions, and support ISO14001 environmental compliance. Real-world case studies and performance data demonstrate tangible benefits—including up to 60% reduction in labor costs, improved air quality, and enhanced disease control. Learn how this technology supports sustainable farming practices and aligns with global green agriculture trends.

2025-08-22 | read

138 | lable

automated manure removal system layer chicken farm efficiency ammonia control in poultry H-type chicken cage design manure resource utilization

How to Choose an Automated Egg Collection System for Large-Scale Poultry Farms: Features, Support & Real-World Performance

This article provides a comprehensive guide to selecting the right automated egg collection system for large poultry farms. It explains the working principles of drum-type and conveyor belt egg collection systems, highlighting their seamless integration with H-type layer chicken cages. Through real-world case studies, performance metrics such as collection speed, failure rates, and maintenance ease are compared across systems—offering actionable insights for decision-makers. The piece also includes practical installation checklists covering barn dimensions, power requirements, and staff training, ensuring optimal setup. Supported by charts, expert interviews, and hands-on video tutorials, this resource empowers farm managers to reduce labor dependency, boost efficiency, and maintain consistent egg quality. Designed for clarity and technical depth, it’s ideal for professionals exploring automation in modern egg production.

2025-08-22 | read

398 | lable

automated egg collection system large-scale egg farming drum-type egg collector conveyor belt egg collection poultry farm automation

https://shmuker.oss-cn-hangzhou.aliyuncs.com/data/oss/20250719/ce09a1cd8c3378c29a11775a3c1f1aac/fe9f182a-be19-4f04-8ba9-391e21232883.jpeg

Key Maintenance Techniques and Common Fault Solutions for Automated Egg Collection Equipment

Master the key daily maintenance techniques and common fault solutions for automated egg collection equipment to easily enhance the efficiency of your poultry farm! This article details the working principles and integrated advantages of roller and conveyor belt egg collection systems. By comparing the measured data from large-scale farms (egg collection speed, failure rate, cleaning convenience), it provides a pre-installation evaluation checklist (chicken coop size, power configuration, personnel training) to help you make a scientific decision on whether to introduce automated technology, significantly reducing labor dependence and stabilizing egg quality.

2025-08-21 | read

297 | lable

自动化集蛋设备日常维护技巧集蛋设备故障解决养殖场效率提升 H型层蛋鸡笼

https://shmuker.oss-cn-hangzhou.aliyuncs.com/data/oss/20250719/56c2d80e3e662ae7eda664d74ef46305/53497214-1021-4e87-aa11-61688068ada5.jpeg

Application Case and Efficiency Improvement Data Analysis of Automated Egg Collection System in Large-scale Farms

Discover how large-scale farms significantly reduce manual labor dependence through automated egg collection systems! This article delves into the working principles of roller-type and conveyor-belt egg collection devices. By comparing real-case data on egg collection efficiency, failure rates, and maintenance convenience of different solutions, it helps you scientifically evaluate the suitability of introducing this technology. A practical pre-installation evaluation checklist (including chicken coop size, power supply configuration, personnel training, etc.) is provided to ensure efficient implementation from the start. Make farming more worry-free and eggs of higher quality - immediately understand the value of automated upgrades.

2025-08-21 | read

416 | lable

Automated egg collection system Egg collection efficiency in laying hen cages Farm automation transformation Roller-type egg collection device Conveyor-belt egg collection equipment

https://shmuker.oss-cn-hangzhou.aliyuncs.com/data/oss/common/20250513152632/20250513/0c787406f714573e48d8515c81c74a8b/feeding-machine.jpg

Automated Egg Collection Systems: Comparing Drum vs. Conveyor Belt Technologies

Explore the core technical differences between drum-type and conveyor belt automated egg collection systems, with real-world performance data from large-scale poultry farms. This article compares efficiency, failure rates, and cleaning ease—backed by case studies and practical installation checklists—to help farmers make informed decisions that reduce labor dependency, improve egg quality, and boost profitability.

2025-08-20 | read

506 | lable

automated egg collection system drum egg conveyor conveyor belt egg collection poultry farm automation chicken cage egg harvesting

H-Type Chicken Cage Solution: Boosting Egg Production Efficiency by Over 20% per Unit Area

Livi Machinery’s innovative H-type layer chicken cage system delivers a breakthrough in space utilization and egg output efficiency for modern poultry farms. By optimizing vertical layer height, aligning with natural chicken behavior patterns, and integrating automated egg collection and manure removal systems, this solution enhances flock health, reduces labor costs, and increases productivity—validated through real-world farm case studies. With measurable gains of over 20% in egg production per square meter and improved operational simplicity, the H-type cage is a scientifically designed, scalable answer for global egg producers seeking sustainable growth and higher profitability.

2025-08-20 | read

184 | lable

H-type chicken cage egg production per square meter automated poultry farming high-density chicken housing chicken cage space optimization

Can H-Frame Chicken Cages Be Integrated with Automated Feeding Systems? A Technical Guide to Efficiency and Space Optimization

This article explores the compatibility of H-frame layer chicken cages with automated feeding systems, focusing on how their vertical design enhances flock density, operational efficiency, and animal welfare. Key technical aspects include optimized inter-tier height for chicken behavior, seamless integration with automated manure removal and egg collection systems, and real-world farm case studies demonstrating improved productivity and reduced labor costs. Designed for large-scale poultry farmers, this guide provides actionable insights into configuring H-frame cages for maximum output per square meter—supported by data-driven analysis and practical recommendations.

2025-08-20 | read

198 | lable

H-frame chicken cage automation automated poultry feeding system space-efficient chicken farming layer hen housing design smart egg production system

https://shmuker.oss-cn-hangzhou.aliyuncs.com/data/oss/20250720/9689d518362acf9b8fa06644f11a48f2/c4728913-9e48-4895-ac27-2d0203610b33.jpeg

Optimizing Layer Spacing in H-Type Chicken Cages: A Practical Guide with Real Farm Data

Struggling to balance chicken welfare and space efficiency in your H-type cage system? This guide reveals how proper layer height design directly impacts flock health, ventilation, and labor efficiency—backed by real-world farm transformation data (e.g., 32% higher egg production per square meter, 40% lower labor costs). Learn how to configure optimal layer spacing for different flock densities (5,000–15,000 vs. 15,000–30,000 birds), integrate automated feeding and egg collection systems, and implement a scalable layout that boosts productivity without compromising bird comfort. Includes practical steps from measurement to installation—no guesswork, just proven results. Perfect for modern poultry producers seeking efficient, science-based solutions.

2025-08-19 | read

315 | lable

H-type chicken cage layer height design optimal chicken cage spacing modern poultry farm layout optimization automated poultry farming systems egg production efficiency per square meter