Fuchs UmwelttechnikIFEasy Change Filter Unit

IF Series

The IF is an industrial extraction and filter platform for large emission volumes from the laser processing of various materials. Fuchs describes it as an LZH-tested, mobile extraction and filtering unit with flow-optimised air guidance that increases efficiency while reducing energy consumption. It is designed for demanding particulate and fume extraction where higher volume flows and reliable continuous operation are required.

Product Overview Manufacturer Reference

900–3240 m³/h230 / 400 VIEC 3 / IEC 4 motorsLZH-tested

Applications

Large emission volumes from laser processing of various materials.
Industrial laser process extraction.
Demanding particulate and fume extraction applications.
High-airflow capture tasks where energy-efficient operation is important.

Key Features

Higher volume flows for large emission quantities.
Versatile filter combinations for application-specific filtration.
Automatic filter monitoring.
Mobile version.
Low energy consumption and quiet blower technology.
Designed for continuous operation.
Flow-optimised air guidance for improved efficiency.

IF Product Views

Industrial Extraction Platform

The IF platform is designed for higher airflow and demanding industrial capture tasks, especially where large laser-emission volumes are generated.

Efficient Air Guidance

Flow-optimised air guidance supports improved efficiency while the easy-change filter concept and versatile filter combinations support serviceability and application flexibility.

Technical Specifications

Parameter	Value
Model	IF
Air volume	900 – 3240 m³/h
Voltage	230 / 400 V
Motor efficiency class	Energy-efficient IEC 3 / IEC 4
Compliance / testing	LZH-tested
Filter system	Versatile filter combinations
Air guidance	Flow-optimised air guidance
Use case	Industrial extraction for large laser-emission volumes and demanding particulate / fume capture

Selection Notes

Use IF where the process generates large laser-emission volumes that exceed smaller easy-change filter units.
Consider IF when high airflow, efficient motors, and continuous operation are key requirements.
Select filter combinations around material type, particulate load, and process duty cycle.
Use LZH-tested IF configurations where documented laser process extraction performance is important.

Integration Notes

Place capture points as close to the emission source as practical.
Confirm voltage, airflow requirements, filter configuration, and installation footprint before final specification.
Plan service access for filter changes and routine inspection.
Review process material and emission type to confirm the correct filter combination.