CNC Coolant Oil Skimmer
The Datk CNC Coolant Oil Skimmer is an advanced filtration system designed to maintain cutting fluid purity in CNC machining operations. This automatic oil extraction unit efficiently removes contaminants from coolant fluids, ensuring optimal machine performance and extending the lifespan of both coolant and machine components.
Key Features
- Durable stainless steel construction for long-lasting performance
- Compatible with CNC machine tools and industrial coolant tanks
- Operates at 50Hz for efficient coolant oil extraction
- Wall-mounted design for space-saving installation
- Universal power supply compatibility (220V/110V)
- Filter type separation mode for effective contaminant removal
- Processing capacity: 1000-3000 liters per hour
- Noise level: <60 dB for quiet operation
Technical Specifications
| Product Name |
CNC Coolant Oil Skimmer |
| Material |
Stainless Steel |
| Installation |
Wall-mounted |
| Processing Capacity |
1000-3000 L/H |
| Power Supply |
220V / 110V |
| Noise Level |
<60 dB |
| Color |
White |
Applications
This coolant oil skimmer is ideal for various industrial applications including automotive manufacturing, aerospace components, mold making, and general metalworking. It effectively maintains coolant purity in CNC machining centers, maintenance workshops, and tool rooms where cutting fluid contamination can impact tool life and surface finish quality.
Customization Options
Datk offers customized automatic coolant oil skimmer solutions tailored to specific operational requirements. Our wall-mounted systems can be configured to integrate seamlessly with your existing CNC equipment and coolant tank setups.
Support & Services
We provide comprehensive technical support including installation assistance, operator training, preventive maintenance programs, and troubleshooting services. Detailed user manuals with step-by-step instructions and safety guidelines are included with each unit to ensure optimal performance and longevity.
Benefits
Extends coolant life • Reduces tool wear • Improves machining precision • Lowers maintenance costs • Minimizes environmental waste • Enhances overall operational efficiency
