CMS to Showcase New LFAM Systems at Formnext 2026
The company will display its robotic and gantry-based printing technology in Frankfurt from November 17-20, 2026.
Updated on Oct. 29, 2026 in Robotics
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CMS is set to exhibit its new Krearob robotic LFAM system and Kreator A3 gantry system at the upcoming Formnext 2026 trade show. The demonstration, running November 17-20, 2026, will showcase the latest advancements in large format additive manufacturing.
Why it matters
By offering multiple specialized systems, CMS aims to provide manufacturers with technology that precisely matches specific production requirements rather than forcing a one-size-fits-all approach. These solutions are designed to significantly optimize resource efficiency in industrial manufacturing.
The Krearob system utilizes a six-axis robotic configuration for printing thermoplastic parts. Meanwhile, the Kreator A3 gantry system features a material throughput of up to 30 kg/hour and supports printing at vertical, horizontal, and 45-degree angles.
The players
CMS
CMS is an industrial equipment manufacturer that operates as part of the SCM Group.
SCM Group
SCM Group is a global industrial company specializing in woodworking and advanced materials processing machinery.
The details
The Krearob system integrates an extrusion unit with specialized slicing software and an HMI interface to produce thermoplastic tooling and molds. The Kreator A3 uses screw extrusion technology to create parts, allowing for flexible orientation during the additive manufacturing process.
Timeline
Formnext will take place in Frankfurt from November 17-20, 2026.
The Tech Race
Large format additive manufacturing continues to evolve as companies compete to replace subtractive methods that often result in high material waste. CMS is positioning its dual-system approach against conventional manufacturing processes to capture market share in industrial tooling.
Manufacturers attending the exhibit will be able to evaluate if these specific LFAM systems can reduce their own production material waste by up to 80%. This technology could lead to lower costs and shorter lead times for custom industrial tooling and molds.
The takeaway
The move toward robotic additive manufacturing highlights the industry's focus on material efficiency and geometric flexibility. Companies should consider whether transitioning from traditional subtractive methods to these gantry or robotic systems can improve their specific production overheads.
Further reading
For more information on the latest innovations in industrial automation, visit our Robotics section.
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