Biocompatibility & Sterilization in 3D-Printed Medical Devices

Recommended Resources

Hyper-Realistic Digital Anatomy Materials A Quick Guide: Biocompatibility & Sterilization in 3D Printed Medical Devices Additive Manufacturing for Medical Devices

3D printer surgical tools in operating room

How to Ensure Safety, Compliance, and Performance in Medical 3D Printing

This quick start guide from Stratasys Direct provides an overview of the essential standards and best practices for producing safe, compliant 3D-printed medical devices. Learn how biocompatibility testing (ISO 10993, USP Class VI) and sterilization methods such as EtO, Gamma, and Autoclave ensure device reliability and patient safety. From validated materials to contamination-free workflows, discover how to confidently meet medical manufacturing requirements.

View & Download

Related Content

DAP anatomical hand 3d printing for medical

Digital Anatomy Material Comparison | Stratasys 3D Medical Modeling

Discover how Stratasys Digital Anatomy Printing and materials like TissueMatrix™, GelMatrix®, RadioMatrix™, and BoneMatrix® deliver lifelike, functional 3D-printed anatomical models for surgical training, device testing, and medical education.

3D printed by Stratasys Direct surgical guides

The Top 5 AM Applications Accelerating Med Device Innovation

Discover how additive manufacturing is reshaping medical device development. Learn the top 5 AM applications that help OEMs innovate faster with Stratasys Direct’s ISO 13485-certified expertise and 3D printing solutions.

Additive Manufacturing for the Medical Industry

The medical industry is evolving, and additive manufacturing (AM) is playing a key role in driving innovation. From custom prosthetics and anatomical models to patient-specific medical devices, 3D printing enables faster, cost-effective, and highly personalized solutions.

A Quick Guide: Biocompatibility & Sterilization in 3D Printed Medical Devices