Functions and Benefits
1. Achieves superior separation of cutting fluid and floating oil, providing sterilization and deodorization for efficient resource recycling and reuse.
2. Minimizes the need for new fluid purchases as the cutting fluid only requires replenishment, not replacement, thereby significantly cutting costs.
3. Maintained cleanliness in cutting fluid leads to reduced expenses on cutting tool replacements.
4. Prevents mold formation in clean cutting fluid, ensuring the workshop air is fresh and pleasant, which supports the health and well-being of employees.
5. Enhances product quality by diminishing defects, preventing burrs and scratches, and increasing the surface glossiness of the finished products.
6. Reduces floating oil in cutting fluid to decrease adhesion issues, eliminating the need for costly post-processing cleaning.
7. Minimizes downtime and boosts production efficiency. 8. Promotes environmentally friendly practices through zero emissions and no pollutant discharge costs, enabling recycled use.




Waste water, dirty liquidsPurified and reusable water




1. Compact design occupies minimal workshop space, maximizing operational area.
2. Low energy consumption with a total power requirement of only 550W.
3. High automation level ensures that the equipment can operate without the need for constant supervision.
4. Efficient performance allows one machine to support multiple machine tools simultaneously.
5. No consumables required, with the filter element being both cleanable and reusable.
6. User-friendly and mobile, equipped with industrial casters for easy movement.
Principle of the device
Utilizes the density difference between oil and water, leveraging their mechanical incompatibility and weight, along with modern technological processes, to effectively eliminate floating oil from water-based cutting fluid. Combined with a filtering cartridge, it enables cutting fluid recycling and scientific management.

