Cage Systems
Poultry cage systems are a poultry farming method in which chickens are raised in specially designed cages. In this system, chickens are placed in cages in a certain area and fed automatically. This method helps to increase production efficiency while optimizing the use of space.
Broiler CAGE
Broiler cages are a poultry system where broiler chickens are raised in specially designed cages stacked on top of each other, rather than traditionally on bedding (sawdust, etc.) on the floor. This system is less common than traditional floor-based farming and is a technology-intensive production model that aims to maximize yield per unit area.
-
Multi-Flat Structure: Cages are typically designed with three flat to make the most efficient use of building space. This allows for the accommodation of significantly more animals than a farm with the same floor area.
-
Plastic Grid Base: The base of each cage consists of a special plastic grid designed to protect the animals' feet and prevent injuries. This grid allows manure to fall to the bottom while ensuring the animals stand on a clean, dry surface. It also acts as a drawer on the conveyor belt during animal exit.
-
Integrated Feeding and Watering System: Automatic feeding and nipple drinking lines are standard, located at the front or inside of each cage level, and easily accessible to the animals.
-
Automated Animal Collection: Animals that have reached the end of their rearing period and are ready for slaughter can be easily and gently removed from their cages by pulling their bases out with drawers and transferring them via a conveyor belt to the back of the building.
-
High Density: Offers the possibility of raising significantly more animals per unit area. Each bay has a capacity of approximately 200 kg of animals in total. Designed for approximately 50 kg of slaughter weight per square meter.
-
Superior Hygiene: Since there is no contact between the animals and feces, the risk of parasitic diseases, especially coccidiosis, is significantly reduced.
-
Improved Feed Efficiency (FCR): Because the animal's movement space is limited, it can convert the feed it consumes into meat more efficiently.
-
No Bedding Costs: The cost and management of bedding such as sawdust are completely eliminated.
-
Density: While a floor-type system has a standard capacity, the cage system, thanks to its multi-story structure, can accommodate 2-3 times more animals in the same building area.
-
Hygiene: In floor-type farming, animals are in direct contact with their bedding and their own feces. In the cage system, however, animals are completely isolated from feces thanks to automatic manure conveyors, which reduces the risk of disease.
The Broiler Cage System is an engineering solution that automates broiler chicken farming from start to finish. The system consists of specially designed plastic grid floors on each level, automatic manure conveyors, integrated nipple drinkers, and automatic feeding lines. In advanced models, animals that have completed their growth period are automatically transferred from the cages with movable floors to a collection conveyor. This ensures maximum control and hygiene with minimum human intervention.
By completely preventing animal contact with manure, it ensures superior hygiene and eliminates bedding costs. Do you want to maximize efficiency and capacity in your operation? Automatic manure collection reduces the risk of disease and provides a more hygienic environment. You completely eliminate bedding costs and management, while increasing your profitability through more efficient feed utilization (better FCR). It's a modern solution to take production to a new level.
Broiler Kafes
Broiler Cage Drawer
"Broiler Cage Drawer" is a piece of equipment used in industrial and large-scale broiler cage systems. Its primary purpose is to allow animal droppings to fall onto a conveyor belt by being placed under the cage's grid base. It acts as a drawer for collecting droppings for slaughter; the chickens that fall onto the belt are collected from the back of the cage.