Stratasys showcases new FDM and P3 technologies alongside large-format robotic systems at RAPID 2026

Stratasys presented updated FDM and P3 technology portfolios at the RAPID+TCT 2026 trade show in Boston, emphasizing expanded capabilities in high-performance polymers and large-scale production. The showcase included advancements in their Fused Deposition Modeling (FDM) lineup and PolyJet-adjacent P3 technology, alongside a new large-format robotic system designed to extend build envelopes for industrial applications. These hardware updates aim to increase throughput for end-use parts in highly regulated sectors such as aerospace and medical device manufacturing.

This expansion addresses the growing demand for scalable additive manufacturing in heavy industry and large-scale component production. By integrating robotic systems with established FDM and P3 workflows, Stratasys is positioning itself to compete more directly with large-format polymer printing solutions and hybrid manufacturing setups. This move targets the gap between desktop-scale prototyping and massive industrial tooling, providing a bridge for companies looking to transition from small-batch production to larger, more complex structural assemblies using engineering-grade thermoplastics.

For enterprise users, the integration of robotics into the FDM workflow suggests a focus on reducing the cost-per-part for large-scale geometries. Success will depend on the software integration between the robotic motion controllers and the Stratasys slicing ecosystem to ensure dimensional accuracy. Buyers should evaluate the total cost of ownership regarding the specialized maintenance required for these larger, more complex automated cells compared to standalone industrial printers.