Source capture and ambient filtration for MIG, TIG, stick, flux-core, and robotic welding. IARC Group 1 carcinogen, welding fume demands effective extraction.
WORKER PROTECTION
Proven Welding Fume Solutions
98%
Fume Capture Rate
W3
Certified Recirculation
H14 HEPA
Filtration Grade
IARC 1
Carcinogen Classified
Welding Applications
MIG / MAG Welding
High-volume fume extraction for continuous wire-feed welding. Systems handle the intense, localized fume generation with source capture via extraction arms, on-torch extraction, or overhead hoods.
TIG Welding
While TIG produces less fume volume, the fumes contain higher concentrations of hexavalent chromium when welding stainless steel. Precise, low-velocity source capture is essential.
Stick / SMAW Welding
Shielded metal arc welding produces heavy fume loads with flux decomposition products. High capacity extraction with robust pre-filtration handles the coarse particles and high loading.
Robotic Welding Cells
Enclosed and semi-enclosed robotic welding cells require engineered ventilation to prevent fume buildup. Hood-and-duct systems with automatic dampers optimize extraction during weld cycles.
Plasma & Laser Cutting
Thermal cutting generates intense fume clouds and metal vapor. Downdraft tables with integrated extraction or slotted side-draft hoods provide effective capture at the cutting zone.
The International Agency for Research on Cancer (IARC) classified welding fume as Group 1, carcinogenic to humans in 2017. OSHA’s manganese PEL is 5 mg/m³, and the hexavalent chromium PEL is 0.005 mg/m³. Effective source capture reduces exposure by 95-98%.
Source capture reduces exposure by 95–98%
Meets OSHA PEL for all welding fume components
Compliant with AWS D9.3 ventilation guidelines
Options for robotic, manual, and mobile welding
Available with W3 certified recirculation (DIN EN ISO 15012-4)
Protect your welders today
Every day without proper extraction increases cumulative exposure. Let’s x that.