Gefertec to Showcase New WAAM Machines at Formnext 2026
The German firm will debut advanced metal additive manufacturing technology and components at the 2026 conference.
Updated on Oct. 20, 2026 in Materials Science
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Gefertec will present its latest wire arc additive manufacturing (WAAM) machines and high-precision metal components at Formnext 2026. The company plans to display unique parts including a titanium aircraft emergency exit frame.
Why it matters
WAAM technology significantly reduces material waste and production lead times by allowing for the creation of complex geometries. Gefertec is using the exhibition to highlight specific innovations, such as a fish-safe seawater pump impeller and specialized atmospheric processing for titanium.
The arcTitan machine utilizes a plasma-based WAAM process within a fully sealed inert-gas atmosphere to manage the reactive nature of titanium. Meanwhile, the arc80X model supports large-scale production with a component volume capacity of up to 8 m³.
The players
Gefertec
Headquartered in Berlin, this company specializes in wire arc additive manufacturing technology for industrial applications.
Federal Institute for Materials Research and Testing
This German federal agency conducts essential research and testing on materials and chemical safety standards.
Fraunhofer Institute
This organization is a leading European research entity focused on applied sciences and innovative technological development.
The details
Gefertec will exhibit in Hall 12.1, Stand B101, featuring the arc10X and arcTitan systems alongside the Berlin-Brandenburg joint stand partners. The showcase features the public debut of a unique seawater pump impeller designed with wing-like blades to allow fish to pass through safely.
Timeline
Gefertec will exhibit its technology at the Formnext conference throughout 2026.
The Big Picture
The introduction of the arcTitan and arc10X systems represents a shift in wire arc additive manufacturing (WAAM) toward integrated, high-precision industrial environments. This evolution moves the field away from limited experimental setups and toward heavy-duty, scalable production of complex titanium and steel components.
This technology could eventually lead to stronger, more efficient aircraft and industrial machinery components with reduced material costs. Future commercialization of mobile additive manufacturing units may also enable rapid on-site repairs in remote industrial sectors.
The takeaway
Gefertec is scaling wire arc additive manufacturing to handle larger, more reactive materials than previously possible. Industry professionals should monitor these developments for potential shifts in production lead times for specialized metal parts.
Further reading
Learn more about the latest innovations in Materials Science and industrial manufacturing.
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