Laser extraction and filtration are essential for ensuring air safety and quality in laser cutting, marking and engraving applications. During these processes, fine particles, fumes and gases can be generated, posing risks to operators' health and to the quality of the working environment.

Laser extraction consists of drawing in and removing the pollutants generated during the laser process. This is done using a purpose-designed extraction system, such as an air extractor, which effectively captures the fumes and particles present in the air. The air extractor uses specialised filters to trap the pollutants, preventing them from being released into the working environment.

Laser filtration is a process that complements extraction by effectively removing the captured pollutants and maintaining optimum air quality. Filtration systems use high-performance filters, such as HEPA (High Efficiency Particulate Air) filters and activated carbon filters, to remove fine particles and toxic gases. These filters are designed to capture the specific contaminants generated by laser processes, ensuring high-quality air purification.