Stratasys Broadens Its Additive Manufacturing Portfolio with New Materials and Software

Why It Matters

The expanded material suite and automated warping correction lower adoption barriers, enabling manufacturers to scale 3D printing for high‑value, low‑volume production. This accelerates the shift from prototype to serial‑production parts across regulated and performance‑critical industries.

Key Takeaways

• ULTEM 1010 filament adds aerospace‑grade thermal stability to FDM line
• PolyJet ToughONE materials enable functional prototypes with repeated stress resistance
• GrabCAD Print Pro's WAM feature auto‑corrects warping using measured dimensions
• Formlabs and UnionTech also launch workflow‑focused updates, intensifying competition

Pulse Analysis

The additive‑manufacturing landscape is entering a period of optimism, with 70.3% of industry executives forecasting favorable conditions for 2026, up from just over half a year earlier. This confidence stems from proven technology performance, yet the primary hurdle remains operational: many firms still design parts using injection‑molding mindsets, missing out on part consolidation and lead‑time gains. Stratasys’ latest announcements directly address these pain points by delivering materials that simplify qualification and software that reduces iterative re‑work, thereby shortening the path from design to production.

Stratasys’ new portfolio spans every major printing technology. ULTEM 1010 brings aerospace‑grade thermal resilience to the F3300, while larger spools for the Fortus FDC dryer enable uninterrupted runs. On the photopolymer side, P3 Deflect 110 and Loctite 3D IND3785 target high‑stress automotive components and FDA‑compliant food‑pharma parts, respectively. PolyJet ToughONE in white and black offers repeatable mechanical performance for functional prototypes, and Somos WaterShed White extends durable, moisture‑resistant SLA capability to large‑format Neo800+ machines. The standout software addition, WAM, automatically corrects warping based on real‑world measurements, delivering first‑pass accuracy for tight‑tolerance fixtures and connectors.

Competitors are moving in lockstep. Formlabs introduced a Tough Resin family and streamlined PreForm workflows, while UnionTech showcased the MUEES430 PRO for smarter batch production. These parallel efforts underscore a market shift: the battle is no longer about raw print speed but about seamless integration into existing manufacturing processes. As material libraries expand and software automates quality control, manufacturers can more readily justify 3D printing as a cost‑effective alternative to traditional tooling, setting the stage for broader adoption in 2026 and beyond.