Innosuisse project on new technology for 3D printed high stability bTCP bone replacements
development of a 3D printed medical implant for rapid bone ingrowth and faster healing time
esa open space innovation platform: study for the reentry capsule of mars sample returns
CTO, Founder, Research Lead
Head of Board of Directors
CEO, Co-founder
Board of Directors
Business Angel
Board of Directors
Advisor
Particle Physics & Cosmology
CERN/ETH Zürich
Software Engineer
MSc. Comp. Sc. ETH
3D Design Engineer
MSc. Mech. Eng. ETH
Software Development
MSc. Math. & Comp. Sc.
Software Engineer
Research Associate
Programming & Geometry Research
PhD. Mathematical Physics UZH
lightweight your product while maximizing specific stiffness. Increase structural stability by avoiding stress concentrations
Save cost and time by designing and printing any object without build supports
Maintain your required structural stability while minimizing print material
Reduce print time through mass optimization, less material and free print orientiation
Control damping properties to minimize noise and vibration effects
Integrate a multitude of simultaneous requirements into a single product
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