1. Hydraulic Circuit Transmission Design

• Equipped with hydraulic circuit transmission and braking, ensuring smooth acceleration and deceleration with low noise.
• The rotational speed can be adjusted steplessly according to material properties, achieving optimal separation performance.
• No clutch, brake pads, or V-belts, reducing maintenance requirements and eliminating the generation of iron dust or belt debris, minimizing contamination risks.
• Scraping speed is adjustable to suit material characteristics, reducing crystal damage and wear on scrapers.
• Fully explosion-proof design and structure for safety.

2. PLC Control System with Touch Screen

• Incorporates multiple interlocking protection controls and devices to prevent mishandling and ensure operational safety.
• Allows switching between manual and automatic modes during operation.
• Operating conditions are displayed on the touch screen and can be modified at any time for ease of use.
• Continuous monitoring of abnormal conditions to ensure stable mechanical operation.

3. Specialized Mechanical Structural Designs

• Scraper blades are treated for exceptional wear resistance, extending their lifespan.
• Residual material thickness after scraping can be adjusted based on material properties and is easy to modify.
• Overflow detector with a unique design adjusts sensitivity to different material characteristics, maximizing the centrifuge’s capacity.
• Simple overflow detector design with low failure rates.
• Vibration detection device with a specialized structure accurately monitors vibrations in all directions, effectively protecting the centrifuge.
• Easy material discharge with minimal residue and simple cleaning process.