Stratasys Expands Software, Materials and 3D Printing

Why It Matters

The announcements lower barriers to high‑volume 3D‑printed parts, accelerate medical device development, and improve cost efficiency, positioning Stratasys as a broader solutions provider in the competitive additive‑manufacturing market.

Key Takeaways

• J850 Core offers low‑cost PolyJet functional prototyping
• P3 MED Silicone 25A enables biocompatible medical device printing
• Additive App Suite launches 10 apps, 15 by Nov
• SAF PA12 cuts material cost up to 14% without hardware
• Workflow links automated design to GrabCAD Print for tooling

Pulse Analysis

Stratasys is leveraging its long‑standing PolyJet expertise to address a growing demand for functional, production‑grade parts. The J850 Core strips away colour capabilities to reduce price, yet retains access to a full palette of rigid, flexible and ToughONE resins, making it attractive for engineers designing enclosures, jigs and fixtures. In parallel, the P3 MED Silicone 25A material, co‑developed with Shin‑Etsu, meets ISO 10993 biocompatibility standards, opening a cost‑effective route for custom hearing aids, CPAP masks and prosthetics that traditionally required costly tooling.

On the software front, Stratasys and its partner trinckle are rolling out an Additive App Suite that embeds automated design functions directly into GrabCAD Print and Print Pro. By offering ten ready‑to‑use apps—ranging from clamping jaw generators to drill‑guide creators—the suite shortens the time from concept to print preparation and democratizes additive workflows for engineers who are not specialist AM users. The planned expansion to fifteen apps by Formnext signals a strategic push to embed end‑to‑end digital tooling within the broader manufacturing ecosystem.

Material economics also receive a boost with the introduction of SAF PA12 powered by Evonik. Promising up to a 14% reduction in total cost of ownership, the new powder‑bed polymer delivers industrial‑grade strength and dimensional stability without requiring new licenses or hardware upgrades. This price advantage could accelerate adoption of powder‑bed technologies in sectors such as automotive and aerospace, where cost‑per‑part has been a lingering barrier. Collectively, these hardware, material and software moves reinforce Stratasys’ ambition to be a one‑stop provider for both low‑volume prototyping and high‑volume production in the evolving 3D‑printing landscape.