Subheader Icon 877-412-3651
Request a quote
Article Eliminating CNC Coolant Mist to Ensure Safety and Superior Component Quality Image

CNC metal machining involves metal being machined at extremely high speeds. As a result of the high speeds, the machine tool gets hot, so oil-based coolant must be used which generates mist.

The mist contains tiny droplets of oil, so if it’s not collected properly, it gets breathed in by workers, clogs up HVAC filters, and coats machines, walls, and floors of the metal working shop.

This is where eliminating CNC coolant mist comes into play, as it is pertinent to safety, maintaining component quality, and guaranteeing an efficient manufacturing process.

Mist collectors are able to recycle the oil-based coolant mist back into the machine tool, reducing the chances oil and dirt clog up your heating and cooling filters, saving you money in the long run.

In addition, if the proper mist collector is not used, it is likely the oil mist will eventually begin to interfere with the workings of sensitive electronic equipment in the area and can create slippery, hazardous floors for employees from building up over time.

Studies have shown exposure to metalworking fluids and machine mist can cause a multitude of health risks.

An oil mist filter goes a long way in helping keep your shop in compliance with OSHA and EPA regulations.

Benefits of using mist collectors to eliminate CNC coolant mist:

  • Longer machine life
  • Preserving worker health
  • Improved component quality
  • Reduced operational costs thanks to reclamation of lubricants

Utilizing mist collectors in order to eliminate coolant mist as a result of CNC machining is a great way to keep your shop area clean, productive, and ultimately reduce machining expenses.

Related Articles

Latest Sandia Researchers Develop Faster Method to Evaluate Heat-Shield Materials Image
Aerospace

Sandia Researchers Develop Faster Method to Evaluate Heat-Shield Materials

Engineers at Sandia National Laboratories have developed a method to more rapidly evaluate heat-shield materials used on hypersonic vehicles. The work was carried out as part of a three-year research project that combined computer modeling, laboratory testing, and flight experiments. Heat shields, formally known as thermal protection systems, are used to protect vehicles from extreme heat and p

Latest G20 Critical Minerals Framework Sets Out Path for African Processing and Jobs Image
Industry News

G20 Critical Minerals Framework Sets Out Path for African Processing and Jobs

Africa holds more than half the world’s cobalt, nearly 48% of its manganese, and roughly a fifth of its natural graphite. It also sits on significant reserves of copper, nickel, lithium, and platinum group metals. Yet most of these minerals leave the continent in raw or semi-processed form, only to return as finished clean energy products made elsewhere. A new framework developed under South Af

Latest General Galactic Plans October Launch to Test Water-Only Satellite Propulsion Image
Aerospace

General Galactic Plans October Launch to Test Water-Only Satellite Propulsion

Space startup General Galactic is preparing to fly a 500 kg (1,100 lb) satellite powered entirely by water. The company has booked a SpaceX Falcon 9 rideshare slot for October 2026 to carry out the demonstration, called Trinity. General Galactic was co-founded by CEO Halen Mattison, a former SpaceX engineer, and CTO Luke Neise, a Varda Space veteran. Their satellite will carry a single tank of

Latest NASA Funds Hypersonic Flight-Test Studies With Two New Awards Image
Aerospace

NASA Funds Hypersonic Flight-Test Studies With Two New Awards

NASA has awarded contracts worth a combined $1.7 million to two companies to study how their existing vehicles could support reusable hypersonic flight testing. The work sits under NASA’s Hypersonic Technology Project, part of the agency’s Advanced Air Vehicles Program. SpaceWorks Enterprises of Atlanta, Georgia, received $500,000 to examine its X-60 platform. Stratolaunch of Mojave, California