Laser Processing
High-Performance Extraction for Laser Processing
High-performance extraction for laser cutting, welding, marking, engraving, and sintering.
Capturing ultra- ne particles, metal vapors, and gases generated at extreme temperatures.
PRECISION MATTERS
Clean Air for Clean Electronics
99.97%
HEPA Efficiency
<0.1μm
Nano-Particle Capture
Multi-Stage
Filtration
24/7
Continuous Duty
Laser Processing Applications
Laser Cutting - Metals
CO₂ and fiber laser cutting of steel, stainless, and aluminum generates dense metal fume and oxide particles. High-capacity downdraft tables and slotted extraction remove fumes directly at the cutting zone.
Laser Cutting - Non-Metals
Cutting acrylic, wood, textiles, and composites releases complex VOCs, aldehydes, and fine particulate. Activated carbon combined with HEPA filtration addresses both gas-phase and particle hazards.
Laser Welding
Keyhole and conduction laser welding produce intense, localized fume plumes. Cross-jet air knives and co-axial extraction nozzles capture fume without disrupting the shielding gas envelope.
Laser Marking & Engraving
Surface ablation during marking and engraving vaporizes coatings, plastics, and metals. Compact extraction units with localized capture hoods remove fume directly at the work point.
Laser Sintering / SLM
Powder bed laser processes require inert atmosphere extraction with ATEX-rated components. Systems handle reactive metal powders while maintaining the protective gas environment.
Laser Cleaning & Ablation
Paint stripping, rust removal, and surface preparation by laser generate contaminated aerosols. Extraction systems must capture these hazardous particles including lead paint and heavy metal oxides.
Multi-Stage Filtration for Complex Laser Emissions
Laser processing creates a unique combination of ultra- fine particles, metal vapors, and decomposition gases that single-stage filtration cannot address. Our laser-specific systems use pre-separation, HEPA filtration, and activated carbon stages in sequence to achieve comprehensive emission control.
Pre-separator for coarse particles and sparks
HEPA H14 stage for sub-micron particles
Activated carbon stage for VOCs and gases
Automatic lter cleaning extends service life
IoT monitoring for lter saturation and airflow
Laser processing demands precision extraction
Match your laser investment with equally advanced air puri cation technology.