Product Info

The "RCC Roller Conveyor" is a high-performance system designed for the efficient separation and transport of magnetic metal chips. Equipped with a magnetic drum, it captures fine chips as small as 50 microns with over 90% efficiency. Its robust design accommodates hard and entangled chips, significantly reducing jamming issues. Additionally, the environmentally friendly design eliminates consumables, reducing industrial waste and optimizing operational costs.

■ Key Features
・Supports Various Chip Types
Handles a wide range of chips, from fine particles as small as 50 microns to chips up to 100 mm in length.

・High-Precision Filtration
The magnetic drum captures chips as small as 50 microns with over 90% efficiency, ensuring clean coolant.

・Environmentally Friendly
The consumable-free design reduces industrial waste and supports sustainable operations.

・Reduced Jamming Issues
A robust structure efficiently handles hard and entangled chips, minimizing operational disruptions.

■ System Mechanism
1．Filtration of Contaminated Liquid
Contaminated liquid flows into the system, where magnetic chips are efficiently captured by the magnetic drum.

2．Chip Transport and Discharge
Captured chips are transported by the drum's rotation and discharged at the top of the conveyor.

3．Clean Liquid Supply
Filtered liquid is directed to the clean tank and supplied to the machine.

■ System Specifications
・Filtration Precision: 50 microns (over 90% capture efficiency)
・Supported Chips: Hard chips, entangled chips, fine chips
・Environmentally Friendly Design: Consumable-free

■ Applications
・Metal Cutting Processes: Efficient separation and transport of magnetic chips
・Coolant Management: Enhances coolant cleaning efficiency in production lines

The "RCC Roller Conveyor" is the ideal solution for high-efficiency chip management and simultaneous improvement of workplace environments. It is the perfect choice for facilities aiming to boost productivity and reduce environmental impact.

For more information, please download the PDF or contact us for further consultation!