Stratasys is set to unveil its latest industrial 3D printing innovations at Formnext 2025 in Frankfurt, underscoring the company’s push to scale additive manufacturing (AM) from prototyping to full production across industries including aerospace, automotive, and healthcare.
The US–Israeli firm, listed on Nasdaq, said its “Get Serious About Additive” campaign aims to highlight the tangible business benefits of AM—such as faster product development, reduced lead times, and improved manufacturing agility.
Rich Garrity, Chief Business Unit Officer at Stratasys, said the company’s message reflected a growing maturity in the additive market. “The ‘Get Serious About Additive’ theme underscores our dedication to driving the adoption of additive manufacturing by meeting customer demands for certified materials, validated workflows, and proven applications that deliver reliability, traceability, and repeatability,” he said.
Stratasys will display nearly 200 production-grade parts printed across its five core technologies, along with more than 50 materials at the show. Among the key announcements is the introduction of ToughONE WhiteS, a new PolyJet material designed for strength and flexibility in demanding applications.
The company will also present its P3 Silicone 25A material, which enables the production of true silicone components with high tear resistance and biocompatibility using digital light processing technology.
In collaboration with Germany’s Addion GmbH, Stratasys will host live surgical training demonstrations using its Digital Anatomy models. The lifelike 3D-printed models, designed to replicate human tissue, allow surgeons to practise procedures—including rare pathologies—without relying on cadavers or animal testing.
The event will feature several sessions with Stratasys experts and partners. These include a presentation by Dave Hayden on “Serious Additive Manufacturing: Delivering Real Production, Real ROI” on 18th November, and a joint session with Slate Automotive on the integration of fused deposition modelling (FDM) into modular vehicle development.
