China (简体中文)
China (简体中文)

Meet Stratasys Direct at Booth #3821 at MD&M West

Anaheim Convention Center | February 3–5, 2026

Additive manufacturing is moving beyond prototyping — but production success depends on validation, repeatability, and compliance.

At MD&M West 2026, Stratasys Direct will show how manufacturers use production-ready additive manufacturing to support regulated medical, aerospace, and industrial applications.

Visit us at booth #3821 to learn how we help customers:

  • Apply IQ/OQ/PQ to medical additive manufacturing workflows
  • Meet FDA and ISO expectations with certified materials and documented processes
  • Build traceability, data integrity, and repeatability into production
  • Move confidently from concept to compliant manufacturing

Speaking Sessions Featuring Stratasys Direct

Validating 3D Printing in Regulated Healthcare: Ensuring Confidence with IQ/OQ/PQ
Feb 4 | 2:30–3:15 PM | MedTech Theater
Andrew Carter, Manufacturing Process Engineer

Mythbusters: The Truth About Production-Grade Additive Manufacturing
Feb 3 | 10:30–11:15 AM | Design Alley Theater
Kevin Sheehy, Product Manager
Zac Chin, Manufacturing Process Engineer

Speakers
Portrait of Andrew Carter, Manager of Manufacturing Engineering at Stratasys Direct and expert in scaling high-performance additive manufacturing for regulated industries.
Andrew Carter
Manager of Manufacturing Engineering

Andrew Carter is the Manager of Manufacturing Engineering at Stratasys Direct, where he leads a team of engineers focused on advancing production processes, creating industry specification and scaling high-performance additive manufacturing applications. He is responsible for driving alignment between engineering, fulfillment, maintenance, and quality teams—ensuring efficient, validated, and production-ready AM workflows across Stratasys Direct’s range of technologies, which includes FDM™, PolyJet, SAF®, SLS, P3™ DLP, SLA, and MJF. Andrew’s expertise spans process development, capability analysis, and operational improvement, with a current emphasis on driving process validation and qualification for regulated industries like Medical, Aerospace and Automotive. Andrew was named one of SME’s “30 Under 30: Future Leaders of Manufacturing”, recognizing his early leadership and continued impact on the future of advanced manufacturing. He brings a hands-on, systems-level perspective to industrializing additive technologies and is passionate about enabling the next generation of scalable, high-reliability AM solutions to address global supply chain risk, localized production and re-industrialization of North America. He holds a Master of Science in Mechanical Engineering from the University of Colorado Boulder and a Bachelor of Science from Boston University.

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Kevin Sheehy
Product Manager, Stratasys Direct

With over a decade of experience in additive manufacturing, Kevin drives the success of Stratasys Direct’s 3D printing services portfolio, shaping material strategies, optimizing product sales, and enhancing customer experience through e-commerce platforms. He has expertise in powder bed fusion technologies like SLS, SAF, and MJF, contributing to material development and process innovations in industries such as aerospace, automotive, and consumer goods. Kevin holds both a BS and an MSE in Mechanical Engineering from the University of Texas at Austin and is an active speaker at industry conferences like AMUG and RAPID + TCT.

Photo of Zac Chin Process Manufacturing Engineer for Stratasys Direct
Zac Chin
Process Manufacturing Engineer

Zac is a Process Manufacturing Engineer with expertise in additive manufacturing post-processing and inspection. He focuses on strengthening operational efficiency through continuous improvement and the development of new processes, ensuring systems are efficient, reliable, and repeatable. His work includes driving modernization initiatives that enhance productivity and cost efficiency across manufacturing operations. Zac earned his degree in Business & Engineering from Drexel University and is dedicated to advancing post-print operations to enable consistent, production-ready outcomes.