goose feed making machine
A goose feed making machine is a device used to produce goose feed. This type of machine typically mixes and blends various ingredients such as corn
goose feed making machine Introduction
A goose feed making machine is a device used to produce goose feed. This type of machine typically mixes and blends various ingredients such as corn, soybeans, bran, fish meal, etc., according to a certain formula and ratio. The mixture is then processed into pellets suitable for consumption by geese through processes such as extrusion, pelleting, or pressing. These feed pellets usually have characteristics such as balanced nutrition, easy digestion and absorption, meeting the growth and development needs of geese. Goose feed making machine play an important role in the goose farming industry, improving feed utilization and promoting the healthy growth of geese.
Features of goose feed making machine
Adaptability
The machines are designed to handle a variety of feed materials, including grains such as corn, rice, and wheat, as well as coarse feed like straw and forage.
High Production Efficiency
Equipped with advanced pressing and crushing technologies, these machines can quickly and efficiently produce pellet feed, with multiple models available to meet the needs of different scales of breeders.
Uniform Feed Composition
The mechanical mixing and pelletizing processes ensure an even distribution of various nutritional components in the feed, preventing self-classification and reducing environmental pollution.
Rational Structural Design
Some equipment, such as the vertical structure of the green fodder pulp machine, is simple in structure, safe to use, and convenient for maintenance.
Automatic Feeding System
The machines come with automatic feeding devices that simplify the operation process and increase production efficiency.
Durability
Key components, such as press wheels and hammer pieces, are made of high-quality alloy steel to enhance durability and service life.
Low Energy Consumption
The machines are optimized for energy consumption while ensuring output, resulting in lower feed production costs.
Multifunctionality
Some equipment is multifunctional, such as customizable multifunctional claw-type peanut crushers, which are not only suitable for feed processing but also for crushing Chinese medicinal materials and other materials.
Easy Maintenance
The design focuses on the convenience of maintenance, with recommendations for regular inspections of machine parts to ensure stable operation.
Environmental Protection Design
The machines are environmentally conscious, with pellet feed that is less dusty and reduces pollution to air and water during the feeding process.
Structure of goose feed making machine
Feeding System
Often incorporating a feeding port and conveying equipment like a screw conveyor or vibratory feeder, this system actively transports raw materials into the machine.
Grinding System
Responsible for reducing large feed materials into smaller particles, this component typically employs a grinder or cutting blades. It aims to facilitate mixing and pelletizing processes efficiently.
Mixing System
Usually comprising a mixing bin and rotor, this system thoroughly mixes different feed materials.
Pelletizing System
It actively shapes the mixed feed into pellet form, primarily composed of a die and rollers. The die has numerous small holes through which the feed is extruded to form pellets.
Cooling System
The hot pellets post-pelletizing need to be actively cooled for packaging and storage, typically including a cooler or cooling fans.
Sieving System
Typically equipped with a sieving machine or mesh screen, it actively ensures the quality of the final product by separating out pellets that do not meet specifications.
Packaging System
Actively packages the manufactured pellet feed for easy storage and transportation, possibly including automatic weighing and packaging equipment.
Electrical Control System
Ensuring the safe and efficient operation of the machine, it actively controls functions such as starting, stopping, and speed adjustment.
Advantages of goose feed making machine
Improving Feed Quality
Through precise ingredient systems and scientific processing techniques, the machine produces high-quality, nutritionally balanced feed, promoting healthy growth in geese.
Increasing Production Efficiency
Automated production processes and efficient processing equipment significantly enhance feed production efficiency, saving labor and time costs.
Reducing Costs
Optimized production processes, energy-efficient designs, and effective utilization of raw materials lower feed production costs, improving economic benefits.
Flexibility and Diversity
goose feed making machine typically have flexible designs, allowing adjustment of formulas and specifications to meet diverse market demands.
Enhancing Feed Utilization
Precise ingredient systems and optimized processing techniques increase feed utilization, reducing waste and saving costs.
Ease of Operation and Maintenance
These machines are typically user-friendly, minimizing technical demands for operators and maintenance costs by simplifying operation and upkeep.
Application of goose feed making machine
Typically, the production of goose feed making machine uses raw materials such as corn, soybeans, wheat, and other nutrients as the formula. Our goose feed making machine are specially used to produce feed for poultry, livestock, pigs, horses, cattle, sheep, chickens, ducks, goose and other animals.For different animals, with different growth cycles, (chicks, suckling pigs, calves, etc.), the feed pellet size required is different, but our feed production line only needs to replace ring molds with different apertures or use a pellet crumbler to reach the required size.
Parameter of goose feed making machine
Model | Capacity | Main Motor Power | Feeder Motor Power | Conditioner Power | Dia. of Ring Die | Pellet Size |
SZLH250 | 1-2T/H | 22KW | 0.75kw | 1.5kw | 250mm | 2-12mm |
SZLH320 | 3-4T/H | 37KW | 1.5kw | 2.2kw | 320mm | 2-12mm |
SZLH350 | 5-7T/H | 55KW | 1.5kw | 3kw | 350mm | 2-12mm |
SZLH420 | 8-12T/H | 110KW | 1.5kw | 7.5kw | 420mm | 2-12mm |
SZLH508 | 10-18T/H | 160KW | 2.2kw | 11kw | 508mm | 2-12mm |
SZLH558 | 15-25T/H | 180KW | 2.2kw | 11kw | 558mm | 2-12mm |
SZLH678 | 20-30T/H | 220KW | 2.2kw | 11kw | 678mm | 2-12mm |
SZLH768 | 25-42T/H | 280KW | 2.2kw | 11kw | 768mm | 2-12mm |