USA & Canada
USA & Canada
On Demand

Fast-Track Medical Innovation with Customized Silicone Parts

Duration 50 minutes
3D printed silicone pads using Stratasys MED Silicone 25A material.

Watch the Webinar

Developing customized silicone parts has traditionally meant long lead times, mold-making, and limited design flexibility. This webinar will explore how direct silicone 3D printing can speed up development, support small-batch production, and help you create patient-specific parts without molds or tooling.We'll discuss how Stratasys' P3™ MED Silicone 25A combines true silicone performance with biocompatibility for skin-contact applications, while giving teams the freedom to design more complex geometries and custom-fit devices.

In this webinar, you'll learn:

  • How to reduce development time and accelerates iteration cycles with direct silicone printing
  • How to move from prototyping to low-to-mid volume production on a single platform without mold-making
  • How true biocompatible silicone can be used for customized medical parts, like hearing aids and orthotics
3D printed silicone heart using P3 MED Silicone 25A.
Your Speakers
Ido Bitan
Ido Bitan
Director, Medical Product Management Stratasys

Ido Bitan, Director of Product Management in Stratasys’s Medical Solutions Department, holds a B.S. in biomedical engineering from Ben-Gurion University. He began in startup R&D, helping develop cancer-detection equipment for surgeons. At Stratasys, he helped create the Digital Anatomy Printer and Creator, advancing medical innovation and patient outcomes globally.

Yaniv Hirschsohn, Process and Material Development Manager, P3, Stratasys
Yaniv Hirschsohn
Process and Material Development Manager, P3 Stratasys

Yaniv Hirschsohn is Process and Materials Development Manager for Stratasys’ P3 technology. A plastics engineer and polymer scientist, he has extensive experience in molding and 3D printing. For the past three years, he has led material and process development within P3, expanding Stratasys’ production-grade materials for medical applications globally.