Advanced Technology for Additive Manufacturing

Innovate new products

Reduce production cost

Reduce print material

Integrate a multitude of simultaneous requirements into a single product

Reduce print material

Reduce production cost

Reduce print material

Maintain your required structural stability while minimizing print material

Reduce production cost

Design superlight and superstrong

Minimize print time through mass optimization. Save time by printing anything without build supports

Design superlight and superstrong

lightweight your product while maximizing specific stiffness to bear loads that are uncharacteristically high for your chosen material

Advanced Engineering

Design superlight and superstrong

Increase product safety

Control damping properties to minimize noise and vibration effects

Increase product safety

Design superlight and superstrong

Increase product safety

Increase structural stability by avoiding stress concentrations

Lea Fritschi

Daniel Salamon

Software Engineer

MSc. Computational Science ETH

Daniel Salamon

3D Design Engineer

MSc. Mech. Engineering ETH

Ralph Bärtschi

Daniel Salamon

Prof. Dr. G. Dissertori

Programming & Geometry Research

PhD. Mathematical Physics UZH

Prof. Dr. G. Dissertori

Advisor

Particle Physics & Cosmology

CERN/ETH Zürich

Rasmus Joergensen

Prof. Dr. G. Dissertori

Rasmus Joergensen

Advisor

Geometry Research & Programming

Karina Candrian

Prof. Dr. G. Dissertori

Rasmus Joergensen

Advisor

Innosuisse Coach

USE CASES

3D printed bioceramic bone replacements

Space re-entry capsule for mars sample return mission

3D printed medical device for high bone ingrowth

Innosuisse project on new technology for 3D printed high stability bTCP bone replacements

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3D printed medical device for high bone ingrowth

Space re-entry capsule for mars sample return mission

3D printed medical device for high bone ingrowth

development of a 3D printed spinal cage for rapid bone ingrowth and faster healing time

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Space re-entry capsule for mars sample return mission

esa open space innovation platform: study for the reentry capsule of mars sample returns

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spherene

Advanced Technology for Additive Manufacturing

Innovate new products

Reduce production cost

Reduce print material

Reduce print material

Reduce production cost

Reduce print material

Reduce production cost

Reduce production cost

Design superlight and superstrong

Design superlight and superstrong

Design superlight and superstrong

Design superlight and superstrong

Advanced Engineering

Design superlight and superstrong

Increase product safety

Increase product safety

Design superlight and superstrong

Increase product safety

team

Christian Waldvogel

Christian Waldvogel

Christian Waldvogel

Niklaus Arn

Christian Waldvogel

Christian Waldvogel

Balz Roth

Christian Waldvogel

Balz Roth

Lea Fritschi

Daniel Salamon

Daniel Salamon

Daniel Salamon

Daniel Salamon

Daniel Salamon

Ralph Bärtschi

Daniel Salamon

Prof. Dr. G. Dissertori

Prof. Dr. G. Dissertori

Prof. Dr. G. Dissertori

Prof. Dr. G. Dissertori

Rasmus Joergensen

Prof. Dr. G. Dissertori

Rasmus Joergensen

Karina Candrian

Prof. Dr. G. Dissertori

Rasmus Joergensen

USE CASES

3D printed bioceramic bone replacements

Space re-entry capsule for mars sample return mission

3D printed medical device for high bone ingrowth

3D printed medical device for high bone ingrowth

Space re-entry capsule for mars sample return mission

3D printed medical device for high bone ingrowth

Space re-entry capsule for mars sample return mission

Space re-entry capsule for mars sample return mission

Space re-entry capsule for mars sample return mission

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