Materialise Reports 44% Productivity Gain on EOS Platform
Materialise says its evaluation of a soon-to-launch EOS polymer 3D printing system showed major gains in production throughput.
Updated on Nov. 9, 2026 in Robotics
Materialise reported a 44% productivity increase while testing an upcoming EOS polymer 3D printing platform under real production conditions. EOS plans to unveil the new platform at Formnext 2026.
Why it matters
The reported gains target manufacturers that rely on additive production for industrial parts, where build throughput determines cost and capacity. Materialise's test, run on a customer aerospace component, offers an early measure of how the platform performs outside a vendor demonstration.
The new platform uses a three-laser architecture with dynamic load balancing that equally distributes exposure workload across each build. Build time per cable twist wheel dropped from 19:53 minutes to 13:51 minutes, a reduction of over six minutes per part, though the test covered only this one part.
The players
Materialise
Materialise is a Belgian additive manufacturing software and services company that tested the EOS system in production work.
EOS
EOS is a German industrial 3D printing manufacturer known for laser-based powder bed fusion systems.
GKN Aerospace
GKN Aerospace is an aerospace components supplier that was the customer for the cable twist wheel produced during the test.
The details
Materialise ran the EOS system under production conditions to produce a cable twist wheel for customer GKN Aerospace. The platform also includes an advanced roller recoater that creates softer powder cakes and extended process controls letting users choose validated parameter sets or open them for greater control.
Timeline
November 17, 2026: EOS details the new polymer platform and it goes on display at Formnext 2026.
The Tech Race
The new platform extends EOS's laser powder bed fusion line by adding a three-laser architecture and dynamic load balancing to raise per-build output. It positions EOS against other industrial 3D printing vendors competing on throughput for production-scale polymer parts.
Manufacturers and contract shops evaluating polymer 3D printing could see shorter build cycles and higher output per machine if the reported gains hold on their own parts. Process controls that let users pick validated parameter sets or customize them may affect how quickly teams can qualify new production workflows.
The takeaway
Productivity claims from a single customer part are a useful early signal, but buyers should test the platform on their own production geometries before drawing conclusions. The Formnext 2026 showing will be the first broader look at the full specification.
Further reading
Explore more Robotics coverage for context on industrial automation and manufacturing hardware.
