• 3DSystems
  • Prosthesis
  • Art and Architecture
  • Volunteer
  • Publications
    • List of Patents
    • Forbes
    • SME - Society of Manufacturing Engineers
    • Investment Casting Institute
    • CNN
    • Engadget
    • Planetary Resources
    • Intel Experience Amazing
    • Washington Post
    • Daily Mail
    • Makezine
    • Fox News Insider
    • Huffington Post
    • Al Jazeera Channel
    • The Verge
    • xzysit
    • 3D Print.com
    • 3D Heals
  • About

ENK'D

  • 3DSystems
  • Prosthesis
  • Art and Architecture
  • Volunteer
  • Publications
    • List of Patents
    • Forbes
    • SME - Society of Manufacturing Engineers
    • Investment Casting Institute
    • CNN
    • Engadget
    • Planetary Resources
    • Intel Experience Amazing
    • Washington Post
    • Daily Mail
    • Makezine
    • Fox News Insider
    • Huffington Post
    • Al Jazeera Channel
    • The Verge
    • xzysit
    • 3D Print.com
    • 3D Heals
  • About

Multi Material Printing

During my time at 3D Systems, I’ve had the opportunity to work with some of the most advanced 3D printing technologies on the market. Leveraging the capabilities of 3D Systems’ MJP printers, I’ve contributed to the development of high-precision medical simulation devices, and surgical models created directly from CT scans, pushing the boundaries of what multijet printing can achieve in the medical field.

Beyond 3DS hardware, I’ve also had the chance to test and push competitive systems like the Stratasys J-series and Mimaki’s full-color printers. This experience has allowed me to explore each printer’s capabilities in terms of resolution, color matching, and gradient precision, expanding the potential applications of these technologies and advancing our understanding of their limits.


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