Evan Hochstein

Business Manager | Stratasys

Evan Hochstein is a medical and robotics leader with more than 10 years of experience helping medical device manufacturers, product development teams, and production organizations evaluate and implement advanced manufacturing technologies. As part of the Stratasys Medical team, Evan works closely with OEMs, contract manufacturers, healthcare innovators, and engineering teams to identify where 3D printing can improve product development, tooling, validation, patient-specific workflows, and low-volume production. His work spans technologies including PolyJet, FDM, SAF, P3, and stereolithography, with a strong focus on practical implementation, process reliability, regulatory considerations, and scalable adoption.
In addition to his work in the medical device and additive manufacturing space, Evan has been involved with FIRST since 2008 as a student, mentor, and volunteer. He currently mentors FRC Team 461, Westside Boiler Invasion, where he supports students in engineering design, manufacturing, robot programming, controls, and technical documentation. Evan brings a unique perspective at the intersection of robotics education, medical manufacturing, and real-world engineering application, making him a strong voice for how advanced technologies can be translated from concept to production while developing the next generation of technical talent.

All Sessions by Evan Hochstein

May 27, 2026

From Design to Scale: The Ecosystem Powering Robotics Innovation
4:15 PM - 5:00 PM
251

Robotics innovation depends on more than breakthrough ideas - it requires an ecosystem that can move seamlessly from engineering and design to manufacturing and operational scale. This panel explores how Hawk Ridge Systems, Stratasys, and Markforged collectively enable that transformation for robotics companies. By combining advanced engineering and design solutions, industrial additive manufacturing, and real-time manufacturing software, these organizations help robotics innovators shorten development timelines, improve manufacturing agility, and build a more resilient path to scale. For the robotics industry, this collaboration is especially relevant as companies face growing pressure to prototype faster, customize more efficiently, and transition into repeatable production with greater speed, visibility, and confidence.

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Evan Hochstein