Participants:
RoboPrint will develop a novel printing method that follows stress curves, enhancing structural strength and eliminating the need for supports. This innovation will be pivotal in treating bone and organ-related diseases.
Research partner:
ARSL – ETHZ
The Acoustic Robotics Systems Laboratory at ETH Zurich specializes in acoustic micro robotics, acoustic microfluidics and additive manufacturing technologies. They are pioneers in developing additive manufacturing solutions for tissue engineering and precision medicine applications. This project develops a novel bioprinting method using robotic arm assisted 5D bioprinting.
Implementation partner:
maxon
Maxon is the market leader in slotless fractional horsepower motors. Maxon also develops and produces gears, control electronics, sensors, housings. Competences range from R&D to manufacturing, production engineering, environmental testing for harsh environments as well as a small series prototype production and several mechanical workshops with milling, turning, welding, electro erosion, injection molding, CIM, MIM, 3D printing of polymers, metals and ceramics. Maxon supports the robotics community with off-the-shelf and custom robotic joints, as well as detailed robotic simulations and optimizations
