Additive Manufacturing
Advanced Filtration for Metal and Polymer Powders
Specialized extraction and ltration for 3D printing, powder bed fusion, binder jetting, and directed
energy deposition. Protecting operators from ultra- ne metal and polymer powders.
NEXT-GEN MANUFACTURING
Clean Air for Additive Processes
99.99%
Powder Capture
<0.1μm
Particle Filtration
ATEX
Zone Rated
Inert
Explosion Protection
Additive Manufacturing
Applications
Metal Powder Bed Fusion
SLM, DMLS, and EBM processes generate ultra-fine metal powder aerosols during build, depowdering, and sieving. ATEX-rated extraction prevents explosion risks from reactive metals like titanium and aluminum.
Polymer SLS & MJF
Selective laser sintering and multi-jet fusion of nylon, TPU, and other polymers release ne powder and thermal decomposition gases. Combined particle and activated carbon filtration addresses both hazards.
Binder Jetting
Metal and sand binder jetting creates powder dust during spreading and depowdering. Localized extraction at the build chamber and breakout station captures particles before they become airborne.
Directed Energy Deposition
DED / LENS / WAAM processes generate intense fume from the melt pool. High-capacity source extraction handles the continuous fume generation during large-format builds.
Post-Processing
Support removal, surface finishing, heat treatment, and HIP operations create secondary dust and fume hazards. Dedicated extraction for each post processing step ensures complete protection.
Powder Handling & Sieving
Powder loading, unloading, sieving, and blending are among the highest-exposure operations in additive manufacturing. Enclosed systems with integrated
extraction minimize operator contact.
Reactive Metal Powder Safety
Many additive manufacturing metals, titanium, aluminum, magnesium are combustible in powder form. Our ATEX-rated extraction systems are designed specifically for these reactive materials, with spark-resistant construction, explosion venting, and inert gas compatibility.
ATEX Zone 22 rated extraction systemsCaptures pollutants directly at point of origin
Spark-resistant fans and anti-static lter media
Explosion venting and suppression options
Compatible with argon and nitrogen atmospheres
Meets NFPA 484 for combustible metal dust
Building the future?
Breathe easy.
From single-printer setups to full additive production floors, we engineer the extraction to match.