Vibration Plate Tower CNC Coolant Filtration Unit
The CNC Coolant Oil Skimmer is a highly efficient coolant oil recovery system designed to optimize performance and extend the longevity of CNC machines. Manufactured with premium stainless steel and durable plastic components, this industrial oil skimmer ensures exceptional durability and corrosion resistance for demanding industrial environments.
Key Technology: Features state-of-the-art vibration plate tower extraction mechanism that effectively separates and removes oil contaminants from coolant fluids, ensuring cleaner coolant and improved machine performance.
Product Features
- Product Name: CNC Coolant Oil Skimmer
- Model: Coolant Oil Separator
- Operation: High-pressure system for efficient oil separation
- Power Supply: 110V/220V AC for versatile usage
- Construction: Premium stainless steel and durable plastic components
- Operation Type: Automatic hands-free operation
- Origin: China
- Condition: New
Technical Specifications
| Operating Temperature |
0°C to 50°C |
| Power Requirements |
110V/220V AC |
| Skimming Capacity |
Up to 5 liters per hour |
| Extraction Technology |
Vibration Plate Tower |
Industrial Applications
This automatic coolant oil skimmer is essential for maintaining CNC machine efficiency by effectively removing oil and contaminants from coolant fluids. Ideal for various industrial scenarios including:
- Automotive manufacturing facilities
- Aerospace component production
- Precision engineering workshops
- General metalworking operations
By continuously extracting oily impurities, it prevents sludge and bacteria buildup that can compromise machining precision and tool life, reducing maintenance costs and downtime.
Customization Options
Datk offers customized solutions for the CNC Coolant Oil Skimmer (Model Datk-YS) tailored to meet specific metalworking operation requirements. As a leading industrial oil skimmer manufacturer from China, we provide reliable, tailored coolant filtration solutions that enhance your industrial processes and improve machining quality.
Benefits: Extends coolant life, reduces machine wear and tear, minimizes environmental impact, and provides significant cost savings through efficient oil recovery and reduced coolant replacement frequency.
