CNC Coolant Oil Separator
Operating temperature range: -10°C to 60°C | Wall-mounted system for coolant filtration
Product Overview
The CNC Coolant Oil Separator is a highly efficient and reliable solution designed for modern machining environments. This advanced fluid oil separator effectively removes oil and contaminants from coolant fluids, ensuring cleaner coolant, improved machining precision, and extended tool life.
Key Specifications
| Processing Capacity |
1000-3000 L/H (Adjustable) |
| Filtration Precision |
0.3mm (Customizable) |
| Weight |
15 kg |
| Tank Capacity |
10 liters |
| Power Supply |
220V/50Hz or 110V/60Hz |
| Operating Type |
Continuous |
| Flow Rate |
5 liters per minute |
| Installation |
Wall-mounted |
Product Features
- Precise 0.3mm filtration for effective oil and contaminant removal
- Compact and portable 15kg design for easy installation
- Adjustable processing capacity from 1000 to 3000 liters per hour
- Dual voltage compatibility (220V/50Hz or 110V/60Hz)
- 10-liter capacity tank for efficient oil collection
- Continuous operation capability
- Robust construction for demanding industrial conditions
Applications
This industrial coolant oil separator is ideal for manufacturing facilities, machine shops, and industrial plants utilizing metalworking fluids. It excels in high-volume CNC machining operations requiring continuous coolant filtration to maintain machine efficiency and reduce downtime.
Suitable for precision machining applications where maintaining coolant purity is critical for achieving high-quality surface finishes and preventing damage to sensitive machine components. Also applicable for grinding, milling, and turning operations.
Customization Options
Datk offers customizable coolant oil removal systems tailored to specific CNC coolant oil filter applications. Each unit is securely packed in wooden cases for safe transport, with wall-mounted installation and flexible power supply options to meet regional requirements.
Benefits: Extends coolant life, reduces maintenance costs, improves machining precision, supports environmentally responsible manufacturing practices, and maintains optimal machine performance in diverse environmental conditions.
