Fuchs UmwelttechnikMKFEasy Change Filter Unit

MKF Series

The MKF is a mid-size extraction and filter unit in the Fuchs easy-change filter family. It is suited for laser and soldering emissions, smoke, solvent vapours, and similar industrial capture tasks, with broad extraction performance and IFA-certified configurations available depending on the application and filter setup.

Product Overview Manufacturer Reference

30–625 m³/hApplication dependentConfiguration dependentConfiguration dependentApplication dependentIFA-certified variants

Applications

Small inscription lasers with minimal material loss.
Small welding applications.
Soldering fumes in electronics production.
Solvent and adhesive vapours.

Key Features

Fuchs Umwelttechnik multi-stage filter combinations help maintain high filter capacity.
High flexibility: different blowers can be used depending on the specific application.
Automatic filter monitoring via negative and differential pressure.
Control-panel LED indicates filter saturation.
Welding fume separator class W3, IFA certified.

MKF Product Views

Mid-Size Extraction Performance

The MKF provides broader extraction capability than smaller easy-change units while preserving a compact, service-friendly format for laser, soldering, smoke, and vapour applications.

Easy-Change Filter Access

The easy-change filter concept supports efficient maintenance and adaptable filter configurations for the process contaminants generated in the application.

Technical Specifications

Parameter	Value
Model	MKF
Air volume max. without FA (m³/h)	30 – 625
Negative pressure max. (Pa)	Application dependent
Electrical connection (V/Hz)	Configuration dependent
Electrical power (kW)	Configuration dependent
Sound pressure level 1 m (dBA)	Application dependent
Dimensions (mm)	660 x 380 x 825
Weight without FA (kg)	Application dependent

Selection Notes

Use MKF where extraction requirements fall within the 30–625 m³/h range and an integrated pre-separator is desirable.
Consider MKF for inscription lasers, welding and cutting lasers, soldering fumes, smoke, and solvent vapours.
Select the filter configuration based on contaminant type, process duty, and capture requirements.
Confirm extraction volume, installation layout, and available service access before final specification.

Integration Notes

Place the extraction point close to the emission source whenever possible.
Confirm electrical supply requirements before specifying the unit.
Plan service access so easy-change filter maintenance remains practical after installation.
Review contaminant type, duty cycle, and capture geometry before final selection.