Intelligent cage breeding empowers the upgrading of pigeon breeding industries. Standardized egg-breeding pigeon farming equipment helps achieve higher yields and better quality.

With the continuous acceleration of industrialization, standardization, and the intelligence of specialized poultry breeding, the traditional free-range and simple shed breeding models for egg-type guinea fowls have become unable to meet the industry's demands for large-scale breeding, standardized egg production, and refined epidemic prevention. In response to the pain points in egg-type guinea fowl breeding production, a new generation of intelligent specialized cage breeding equipment specifically designed for egg-type guinea fowls has been launched. With a scientific cage structure, a full-process automated configuration, and a standardized breeding system, it solves the problems of low efficiency, high loss, difficult breeding, and poor environment in traditional breeding, and comprehensively promotes the standardization, efficiency, and quality upgrading of the domestic egg-type guinea fowl breeding industry.
Compared with the traditional mixed meat guinea fowl breeding and simple free-range models, the professional egg-type guinea fowl cage breeding equipment is specially designed to meet the core needs of guinea fowl breeding, egg production, and breeding. It is suitable for large-scale guinea fowl breeding bases, standardized egg guinea fowl breeding parks, and germplasm breeding demonstration farms. The equipment uses high corrosion-resistant hot-dip galvanized material, which is rust-resistant and durable, has a long service life, scientifically plans the cage space and layer spacing, has excellent ventilation and lighting conditions, and can effectively improve the micro-environment of the guinea fowl house, reduce the incidence of respiratory diseases and stress reactions, and ensure the healthy and stable breeding state of the guinea fowls from the hardware level.
The entire set of equipment integrates an intelligent breeding system and is equipped with automatic feeding, automatic drinking, automatic manure cleaning, precise egg collection, and integrated environmental control. The automatic feeding system realizes quantitative and uniform feeding, ensuring the balanced nutrition of the guinea fowls and meeting the special nutritional needs during the breeding period; the dedicated drinking device is clean and hygienic, avoiding water pollution; the accompanying fully automatic PP cleaning system can quickly clean the dirt in the cage, significantly reducing the ammonia and dust concentration in the guinea fowl house, completely solving the problems of accumulated manure, damp environment and high incidence of diseases in traditional breeding, significantly reducing the mortality rate of guinea fowls. At the same time, the intelligent environmental control system can precisely regulate the temperature, humidity, and ventilation rhythm of the guinea fowl house, conforming to the breeding habits of egg-type guinea fowls, and laying a solid foundation for stable high yield.
In terms of breeding models, the specialized cage breeding equipment perfectly adapts to the industry's mainstream dual-mother high-yield breeding model, discarding the traditional male-female pairing egg incubation model, through scientific layout in a single cage and the design of dedicated egg production space, adapting to the co-caging of dual-mother guinea fowls, effectively shortening the egg production interval, maintaining a stable egg hormone level, and significantly increasing the annual egg production of guinea fowls, completely releasing the breeding potential of the mother guinea fowls. At the same time, the standardized independent cage positions can achieve precise isolation breeding of each pair of guinea fowls, effectively avoiding fighting and cross-infection among the flock, facilitating pedigree management, germplasm selection, and production data recording, and achieving full control and traceability of the breeding, egg production and epidemic prevention process, from the source to improve the quality of guinea fowls and the yield of guinea fowl eggs.
Traditional egg-type guinea fowl breeding has problems such as high labor costs, cumbersome manure cleaning and feeding, a high rate of broken and dirty eggs, and low breeding accuracy. However, intelligent cage breeding equipment can automate operations throughout the breeding process, significantly reducing labor input and greatly lowering labor management costs. After large-scale breeding tests, using standardized cage breeding equipment, the egg production rate of guinea fowls has significantly increased, the mortality rate has significantly decreased, the rate of egg breakage and dirty eggs has been effectively reduced, and the comprehensive breeding benefits have achieved a leapfrog improvement. At the same time, the equipment is compatible with standardized breeding norms, and manure can be collected centrally and processed resourcefully, balancing breeding benefits with environmental protection requirements and aligning with the policy orientation of green development in livestock breeding.
In addition to the core hardware equipment, a one-stop breeding service system is provided to customers, which can offer services such as guinea fowl house planning and layout, cage selection and customization, equipment installation and commissioning, breeding technology guidance, germplasm breeding management, daily operation SOP customization, etc., suitable for different project requirements such as new standardized guinea fowl farms and upgrading of old guinea fowl farms, helping farmers quickly implement standardized, intelligent and high-yield breeding models.