Laser smoke extraction unit, 80 m³/h at 1,900 Pa, 5-stage filtration - ULT LAS 160 MD.11 SK

Laser marking, cutting and engraving release fine particles and hazardous gases that affect operators and contaminate laser optics. The ULT LAS 160 MD.11 SK captures this laser smoke directly at the process and cleans it in five stages up to an H13 particulate filter, so the purified air can be recirculated into the room. With a rated airflow of 80 m³/h at 1,900 Pa and a maximum vacuum of 3,200 Pa, it is sized for compact laser workstations.

Benefits

• Five-stage filtration from expanded metal filter to H13 particulate filter and activated carbon reliably traps particles and gases.
• Maintenance-free EC drive with airflow control keeps extraction stable and reduces energy use.
• Maximum vacuum of 3,200 Pa maintains stable capture even as the filter loads.
• Particulate filter loading indicator signals the filter change in good time.
• Low noise level of 45 to 49 dB(A) allows use right at the workstation.
• Cassette-format storage filters can be replaced with minimal tooling.

Technical data

Applications

• Laser marking, engraving and cutting at individual workstations
• Capture of laser smoke and process gases in electronics and metal processing
• Protection of laser optics and operators from particle deposits

Compatibility and scope of supply

Functional scope: unit with high-performance blower and EC drive, airflow control and particulate filter loading indicator. Filter set for the 160/200 series: expanded metal filter (02.0.576), panel filter F9 (02.0.581), filter mat M5 (02.0.572), combination filter cassette H13A with activated carbon (02.1.562). Filters are storage filters and are replaced once saturated.

Compliance

CE compliant, manufactured by ULT AG in Germany. Particulate separation filter class H13 to EN 1822.