CNC Machine Oil Skimmer with Oleophilic Synthetic Belt
This continuous-type oil skimmer efficiently removes oil and contaminants from CNC machine coolant systems using advanced vibration plate tower extraction technology. Designed to maintain clean coolant and optimize machining performance, it features an oleophilic synthetic belt that selectively attracts and absorbs oil while repelling water.
Key Features
- Oleophilic synthetic belt material for maximum oil absorption
- 1-inch belt width for compact yet powerful operation
- Removes oil particles as small as 5 microns
- 110V/220V AC power supply compatibility
- Dimensions: 850×450×900mm
- Low maintenance with easily replaceable belts
- Continuous operation capability
- Flow rate: 3000 liters per hour
Technical Specifications
| Product Name |
CNC Machine Oil Skimmer |
| Belt Material |
Oleophilic Synthetic Material |
| Belt Width |
1 Inch |
| Power Supply |
110V/220V AC |
| Flow Rate |
3000 L/H |
| Dimensions |
850×450×900mm |
| Oil Removal Capacity |
Particles down to 5 microns |
Applications
This oil skimmer is essential for precision machining workshops, metalworking factories, and production lines where maintaining coolant purity is critical. It effectively removes oil films and floating debris from coolant surfaces in CNC machining centers, lathes, and chip tanks, preventing contamination and reducing downtime.
Benefits
- Extends coolant life and reduces disposal costs
- Improves machining precision and surface finish
- Reduces equipment wear and maintenance requirements
- Maintains cleaner working environment
- Prevents bacterial growth and sludge formation
- Increases productivity through reduced downtime
Support & Services
Comprehensive technical support includes installation guidance, operational training, and troubleshooting assistance. We provide detailed user manuals, maintenance schedules, and access to spare parts including replacement belts and motors. Regular maintenance services and performance optimization are available to ensure long-term reliability.
Maintenance Recommendation
For optimal performance, follow the provided maintenance guidelines and schedule. Proper use and regular maintenance will maximize coolant life, reduce operational costs, and enhance overall machining efficiency.
