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1. The entire machine is equipped with stall detection and a material blockage sensor at the discharge port. In case of a malfunction, the machine will promptly stop and trigger an alarm, ensuring safety and reliability. 2. The shaft end uses a packing seal to ensure no material leakage. 3. The feed inlet is fitted with a feed adjustment device, allowing the feed rate to be adjusted.
1. The head pulley features a plug-in rubber roller, and the machine’s discharge port is equipped with an operator’s access opening. The tensioning device on the machine base uses either gravity-based tensioning or screw-type tensioning; the tail pulley adopts a rat-tail structure. This design minimizes breakage rates to the greatest extent possible, and the sides of the machine cylinder are fitted with overlapping edges. 2. The hopper is made of lightweight, high-strength plastic. The machine cylinder for maintenance purposes features a large-opening, quick-release design and is equipped with an observation glass window. 3. Hard-toothed surface reducer and national standard motor.
1. Advantages such as minimal residue, low noise, and long service life; 2. Mechanical protection against overloading and other conditions, reducing mechanical failures; 3. Simple structure, excellent sealing performance, rational process layout, and low power consumption;
Fully automatic packaging system for powdered and ultrafine powdered materials. Designed according to industry-standard principles for ultrafine powders, this machine is specifically engineered for fully automated packaging of ultrafine powders. It features high weighing accuracy, high production efficiency, and dust-free operation. Customizable configurations include semi-automatic vertical screw packaging machines and fully automatic vertical screw packaging machines.
Cooling of granules is an essential process in the granulation stage. The counterflow cooler series can cool granules exiting the granulator at 70°C–90°C to 3°C–5°C above room temperature and reduce moisture content to a safe level (≤12.5%), facilitating granule transportation and storage.
Pelletizing of feed formulations suitable for pigs at different growth stages, including piglets and growing-finishing pigs, as well as conventional poultry feeds. Customized configurations and personalized modification services are available to meet user needs and ensure high-quality production.
Through data transmission between the industrial control computer and the batching instrument, coupled with weight signals from sensors, the system enables rapid feeding, slow feeding, feeding stoppage, and switching to another batching process for materials. This facilitates the complex process of fully automated batching.
During the mixing process, two materials intermingle through penetration and displacement. They are then re-mixed as they tumble on both sides, repeating this cycle multiple times. Finally, the discharge mechanism ensures thorough blending before the material is expelled through the discharge gate.
During the mixing process, two materials intermingle through penetration and displacement. They are then re-mixed as they tumble on both sides, repeating this cycle multiple times. Finally, the discharge mechanism ensures thorough blending before the material is expelled through the discharge gate.
During the mixing process, two materials intermingle through penetration and displacement. They are then re-mixed as they tumble on both sides, repeating this cycle multiple times. Finally, the discharge mechanism ensures thorough blending before the material is expelled through the discharge gate.
During the mixing process, two materials intermingle through penetration and displacement. They are then re-mixed as they tumble on both sides, repeating this cycle multiple times. Finally, the discharge mechanism ensures thorough blending before the material is expelled through the discharge gate.
Suitable for grinding common feed ingredients such as corn, wheat, or soybeans. Due to its high output capacity, it is typically employed for grinding operations in large-scale farms or feed mills. While capable of standalone operation, it is commonly integrated into feed pellet production lines and used in conjunction with other feed processing machinery (feed mixers, feed pelletizers).
This equipment is suitable for grinding common feed ingredients such as corn, wheat, or soybeans. Due to its high throughput, it is typically used in large-scale farms or feed mills for grinding operations. Although the equipment can operate independently, it is more commonly integrated into feed pellet production lines and used in conjunction with other feed-processing machinery, such as feed mixers and feed pelletizers.
It can be used to grind common feed ingredients such as corn, wheat, or soybeans. Due to its high output, it is typically employed in grinding operations at large-scale farms or feed mills. Although this equipment can operate independently, it is generally integrated into feed pellet production lines and used in conjunction with other feed-processing equipment, such as feed mixers and feed pelletizers.
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