Laser Fume Extraction Systems
Laser processes often produce fumes and contaminants, some invisible to the human eye.
Managing these emissions while ensuring efficient operations and controlling costs can be complex.
Donaldson BOFA understands these unique challenges and offers laser fume extractors specifically designed to enhance productivity. Whether working with CO₂ lasers, solid-state YAG lasers, or next-generation optical fiber technologies, our advanced fume extractors help to filter laser-generated airborne contaminants (LGACs) from laser processes, protect valuable equipment, maintain high-quality standards, and reduce downtime.
Our laser fume extraction systems span light-duty desktop applications through to heavy-duty industrial processes, helping manufacturers, fabricators, and educational facilities maintain consistent product quality and maintain clean working environments.
Whatever your process, Donaldson BOFA is here to support you.
Applications
Donaldson BOFA’s laser fume extractors have been designed to support a wide variety of processes, including:
Laser Cutting (Metals, Plastics, Composites, Wood)
Our laser cutting fume extractors help to filter particulate and VOC-laden emissions, helping to extend the laser’s lens life and provide precise, repeatable cuts.
Laser Welding (SLA/SLM)
High-capacity laser welding filtration systems capture dense particulate loads and metal fumes produced during the welding process.
Recommended Systems: AD 500 iQ, AD 1500 iQ, AD 1000 Pro OS Connect
Laser Marking & Coding
Our laser marking fume extractors filter smoke and airborne residue from serialisation and component marking, helping to preserve legibility and manage unnecessary downtime.
Laser Engraving & Etching
Managing higher fume volumes from deeper engravings, our laser engraver extraction systems help to safeguard both product finish and laser optics.
Laser Fume Extraction Systems
Here to Support You
For personalized guidance on the best system for your application, reach out to us.
Simply fill out the form, and a member of the team will get back to you.