1. The rotating body is machined into its final shape in a single operation after welding and assembly, ensuring the axis remains concentric with the rotating body during rotation.
2. Utilizing a sterilization basket clamping device, the sterilization basket is securely fixed in the rotating body, preventing product movement during rotation.
3. The combination of mechanical seals and sealing rings effectively resolves the issue of water vapor penetration during rotation.
4. The wheel bearing is designed with a roller bearing support structure, featuring dual seals for extended service life.
5. The transmission system employs a decelerator with an automatic brake feature, paired with an automatic positioning system, ensuring that the rotating cage guide rail remains horizontally aligned with the trolley guide rail after stopping.
6. The material frame clamping system is fully equipped with dual air cylinders for automatic individual clamping. The entire set of cylinders is manufactured using a combination of materials such as stainless steel.
7. The equipment and decelerator base are made as a single unit, resolving a series of issues caused by the shifting of the decelerator base and the rotating body during use, which alters the return center degree of the drive shaft.
8. The rotation speed is variable, allowing for real-time adjustment based on the product's viscosity, ensuring the product remains uniform without separation or sedimentation.
9. Particularly suitable for solid-filled packaging where the density of the solid is greater than that of the liquid, as well as for adhesive canned food products with various concentrations.
(For example: congee in mixed fruit packaging, tin cans, plastic containers, and soft packaging prone to sedimentation, etc.)