Core Working Principle
The machine utilizes centrifugal disc finishing technology. Workpieces and abrasive media are placed in a stationary process drum, while a rotating disc at the bottom generates high-speed centrifugal force, creating an intense toroidal flow.
This motion produces finishing forces 10–20 times greater than conventional vibratory systems, enabling rapid processing from heavy deburring to mirror polishing in a single machine.
Patented Zero-Gap System
Wet Zero-Gap System
Gap between rotating disc and stationary drum can be reduced to zero
Enables use of ultra-fine abrasive media (e.g., quartz powder) for superior surface finishes
Effectively prevents thin or delicate workpieces from becoming lodged in the gap area
Ideal for processing extremely thin workpieces as thin as 0.1mm without deformation
Dry Precision Gap System
Gap accuracy down to 0.05mm, formed by precision SIC ceramic rings
Ceramic seal ring bearing design maximizes service life
Key Features
Superior Processing Efficiency
Centrifugal force delivers 10–20× higher efficiency compared to conventional vibratory systems, dramatically reducing cycle times and supporting high-volume continuous production.
Intelligent Control System
Equipped with Siemens PLC touchscreen control, allowing easy setting and storage of up to 5,000 processing programs covering speed, time, water/compound concentration, rinse cycles, and all other critical parameters.
Modular Design
Standard configuration supports 1–4 process drums, offering flexible capacity expansion options. The chassis is constructed from anodized aluminum profile, providing excellent corrosion resistance and easy integration of optional equipment.
Robust Construction
Manufactured with high-quality materials including hot-molded PU-lined process drums, ensuring durability and trouble-free operation. The ceramic/PU gap system reduces maintenance requirements.
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