Product Info

The "SLC" is a high-performance system designed to maintain the cleanliness of coolant in cutting operations. Combining primary filtration with a punching filter and secondary filtration with a new cyclone filter, it captures particles as small as 10 microns with over 90% efficiency. Its backwash-free design minimizes mist generation, improves the factory environment, and reduces operational costs by eliminating the need for consumables.

■ Key Features
・High-Precision Filtration
The combination of punching and cyclone filters efficiently captures particles as small as 10 microns with over 90% efficiency.

・Efficient and Backwash-Free
The automatic cleaning function ensures sustained filtration performance over time while maintaining a clean working environment.

・Clog-Prevention Design
The rotating punching filter in constant contact with scrapers prevents clogging and efficiently captures chips.

・Environmentally Friendly
No cartridge or paper filters are required, reducing industrial waste and supporting sustainable operations.

■ System Mechanism
1．Filtration of Contaminated Liquid
Contaminated liquid is filtered through the punching filter, removing chips in the primary filtration stage.

2．High-Precision Secondary Filtration
The liquid filtered in the first stage undergoes further filtration through the cyclone filter, supplying clean coolant.

3．Chip Removal
Captured chips are transported via scrapers and discharged in a dry state.

■ System Specifications
・Filtration Accuracy: 10 microns (over 90% capture efficiency)
・Supported Chips: Non-magnetic metal chips
・Environmentally Friendly: Consumable-free design
・Applicable Processes: Suitable for cutting, grinding, and turning operations across various industries

■ Applications
・Cutting Operations: Coolant cleaning and chip removal
・Precision Manufacturing Lines: Ideal for environments requiring high-quality coolant

The "SLC" is the optimal cooling solution that combines high-precision filtration with environmental improvements. Enhance your operational efficiency and reduce your environmental impact with this innovative system.

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