Stratasys launches J850 Core PolyJet printer, P3 MED Silicone 25A, and GrabCAD Additive App Suite

Stratasys has announced a multi-pronged expansion of its ecosystem, headlined by the J850 Core PolyJet printer designed for high-speed functional prototyping without full-color capabilities. The company is also introducing P3 MED Silicone 25A, a biocompatible material developed in partnership with Shin-Etsu for use on Origin printers, which meets ISO 10993 standards for medical applications like CPAP masks and prosthetics. Additionally, Stratasys is integrating a new Additive App Suite into its GrabCAD software platform through a collaboration with trinckle, aiming to automate the design of production tooling such as clamping jaws and drill guides. Rich Garrity, President and Chief Business Unit Officer, confirmed that the J850 Core is positioned to serve engineering teams requiring rapid, repeatable validation of enclosures and jigs.

This strategic move addresses specific gaps in the high-end polymer AM market by diversifying Stratasys's value chain across hardware, specialized materials, and design automation software. By stripping color functionality from the J850 Core, Stratasys is targeting the cost-sensitive functional prototyping segment, directly competing with mid-range PolyJet and multi-jetting systems that often force users to pay for aesthetic features they do not require. The introduction of a true biocompatible silicone via the Shin-Etsu partnership strengthens their position in the medical device vertical, a high-margin sector where material certification is a significant barrier to entry. Furthermore, the GrabCAD software expansion moves the company closer to a closed-loop manufacturing workflow, reducing the design-to-print latency that currently hinders widespread industrial adoption.

For end-users, the immediate impact will be seen in reduced lead times for medical-grade silicone parts and automated tooling design. Engineering departments should evaluate the J850 Core if their primary requirement is mechanical validation of housings rather than visual models. The success of this rollout depends on the seamless integration of the trinckle-powered apps within the GrabCAD ecosystem and the widespread adoption of the new PA12 powder for SAF production workflows.