In machining environments, uncollected coolant and oil mist can create serious workplace hazards—slippery floors, oil-coated walls, increased fire risks, and harmful airborne particles that impact employee health. Our Oil Mist Collectors provide a reliable solution by capturing and filtering oil mist directly at the source.

Engineered for lathe, milling, and other machining operations, these systems eliminate oil mist hazards and meet strict environmental and safety regulations. Discharging oil mist into the atmosphere is prohibited in many countries, making OMC systems an essential part of a safe and compliant machining setup.

The compact design allows the collector to be mounted directly on machinery without expensive modifications, ensuring quiet operation, low power consumption, minimal maintenance costs, and high oil-removal efficiency.

5-Step Advanced Filtration System:

1. Air Distributor – evenly distributes contaminated air for maximum efficiency
2. Impingement Eliminator – removes larger oil droplets
3. Prefilter / Coalescer – captures fine oil particles and mist
4. Magicbox Fine Coalescer – advanced filtration for micro-particles
5. HEPA Filter (99.95%) – final stage ensuring clean and safe air

Key Features:

• High oil-removal efficiency for cleaner, safer workspaces
• Compact, easy-to-install design (fits directly on existing machinery)
• Low energy consumption and maintenance costs
• Quiet operation with long service life
• HEPA filter ensures up to 99.95% air purity
• Complies with occupational safety and environmental regulations

Applications:

• CNC Lathes and Milling Machines
• Metalworking and Machining Industries
• Automotive and Aerospace Manufacturing
• Industrial Workshops and Production Facilities

Why Choose Our Oil Mist Collectors?
With advanced multi-stage filtration and proven reliability, our Oil Mist Collectors safeguard your employees, reduce facility maintenance, and ensure compliance with environmental standards. Investing in OMC systems means a cleaner, safer, and more efficient workplace.