This machine utilizes centrifugal force to achieve solid-liquid separation. When the drum (inner chamber) loaded with material rotates at high speed, the water or oil adhering to the surface of the material is subjected to centrifugal forces far greater than gravity, forcing it to be flung away from the material’s surface. It is rapidly discharged through precision perforations in the inner chamber, collected at the bottom of the outer chamber, and then discharged through a discharge pipe.

To completely eliminate vibrations caused by uneven loading during the centrifugation process, the equipment employs a non-uniform weight lower suspension structure consisting of a two-stage balancing weight system, shock-absorbing springs, and automotive-grade shock absorbers. Combined with a classic three-legged pendulum-style frame, this design dynamically absorbs unbalanced forces in all directions, enabling smooth, “foundation-free” operation.

The spindle system is equipped with multiple bearings, supported at the lower end by thrust ball bearings to reduce wear and conserve power; the drum is installed with a tapered fit to the spindle, ensuring alignment accuracy and dynamic balance during high-speed rotation.

• Frame and Vibration Damping System: Three-legged pendulum-type frame + two-stage counterweight system + vibration-damping springs + automotive-grade shock absorbers; no concrete foundation required; can be placed on any level surface.
• Outer and Inner Tanks: The outer tank is made of 5 mm thick stainless steel plate, while the inner tank uses 1.5 mm thick perforated stainless steel plate. The hole diameter can be customized based on material size (Φ2 mm–10 mm) to prevent material leakage or blockages.
• Fully Automatic Tilting Discharge System: Driven by an electric actuator or hydraulic system, with a tilt angle adjustable from 0° to 110°. Discharge time is 10–20 seconds, and the system can be linked to an external conveyor belt.
• Main Shaft and Bearing Assembly: Manufactured from high-quality alloy steel, equipped with multiple radial ball bearings and a thrust ball bearing at the lower end, ensuring low operational wear and high load-bearing capacity.
• Chassis and Drainage: The chassis is made of high-strength cast iron, with the drain pipe located beneath the chassis for smooth drainage; the base plates and column feet are also cast iron, providing a low center of gravity for the entire machine.
• Lifting Arm: Constructed from thickened steel plates with welded joints; the welded and cut surfaces are smooth, facilitating easy cleaning and reducing the risk of corner abrasions for operators; the lifting process is smooth, facilitating daily maintenance and drum replacement.
• Control Panel: Features a text-and-icon design with an LCD display showing operating time, making it easy to remember and operate; equipped with independent function switches (start, stop, and timer settings).