MQL Emissions Control

MQL, or minimum quantity lubricant, cools machining processes by using compressed air and reducing friction by applying atomized lubricant spray directly to the surfaces of cutting tools and workpieces instead of implementing traditional flood coolants.

MQL minimizes environmental impact by reducing fluid usage and eliminates the need for coolant treatment and removal. The emissions from minimal quantity lubrication cannot be exhausted with a mist or dust collector because they are not wet or dry. MQL emissions are considered semi-dry and medium wet.

• Medium wet applications are determined by a combo of drainable droplets and non-self-drainable particles.

• Semi-dry applications are defined by a certain volume of wet particulate mixed with sticky semi-fluid and non-self-drainable particles.

MQL Application

Image Resource: Abrasive Innovations

The higher the speed, heat, and coolants - the smaller the droplet size.

How oil mist and smoke produced.

Lubricating fluids + highspeed machining = oil mist/smoke

ScandMist & MQL Emissions Control

As industrial machining tools work faster to improve productivity, coolant delivery rates, and pressures increase which in turn generates air pollution. Exposure to these contaminants is detrimental to both human health and the surrounding environment.

The concept behind ScandMist ensures superior performance, longer filter life, and high-quality filtration to support the demands of MQL applications. ScandMist units are designed using uniquely treated fibers and media to guarantee high filter efficiency and long filter life.

ScandMist MQL emission collectors extract 99.97% of all particulate as small as @ 0,3 μm during semi-dry and medium-wet machining processes.

ScandMist 350R

The 350 R is specifically designed to handle the challenges of MQL processes with the utmost efficiency.

Nominal Flow: 2354 CFM

Coalescing Stage: 2

Quantity Filter Stages: 1

Fan/EC Motor Power: 7.39 hp

Built-In Pump Option:


ScandMist System Architecture
ScandMist System Architecture

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