CNC Coolant Filter System - Extraction Tower Type
This advanced CNC Coolant Filter System provides highly efficient filtration with dimensions of 1200mm × 800mm × 1500mm. Featuring vibration plate tower technology and ozone value of 500mg/m³, it delivers superior coolant purification for industrial applications.
System Overview
The CNC Coolant Filter System is engineered to maintain coolant purity and extend fluid longevity in CNC machining processes. Its compact design integrates seamlessly into workshop environments while delivering robust performance under demanding industrial conditions.
Utilizing filter type separation mode, the system effectively removes contaminants, metal chips, and impurities from coolant fluids. This precision filtration enhances machining accuracy and prolongs the lifespan of both coolant and CNC machinery, reducing machine wear and defect risks.
Key Features
- Compact dimensions: 1200mm × 800mm × 1500mm
- Vibration plate extraction tower for enhanced particle separation
- 2.5KW power motor for optimal energy-efficient performance
- Dual power supply: 220V / 380V at 50/60Hz
- Multiple filter options: Cartridge, Magnetic, or Paper filters
- Ozone value: 500mg/m³
- Silver finish for professional appearance
- Automatic operation reduces manual intervention
Technical Specifications
| Parameter |
Specification |
| Model Number |
Datk-qz |
| Overall Size |
1200mm × 800mm × 1500mm |
| Specification |
850mm × 450mm × 900mm |
| Separation Mode |
Filter Type |
| Power Rating |
2.5KW |
| Operating Pressure |
High Pressure |
| Filter Types |
Cartridge / Magnetic / Paper Filter |
| Ozone Value |
500mg/m³ |
| Color |
Silver |
Applications
This CNC Coolant Purification System is specifically designed for CNC machining centers, grinding machines, and various metalworking equipment. It serves as an essential machine tool coolant filter that continuously purifies coolant to prevent metal particle buildup and impurity accumulation.
Ideal for manufacturing facilities and high-volume production lines, the system maintains consistent fluid quality, reduces equipment downtime, and supports environmental sustainability through coolant recycling and waste minimization.
Performance Benefits: Extended machine tool life, improved machining accuracy, reduced maintenance costs, and enhanced production efficiency through reliable coolant filtration.
