79 matches for your search in the start-up spotlight
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No-Touch Robotics develops the next generation of robotic grippers that work completely without mechanical contact. Our solutions are ideally suited for handling objects of a wide variety of shapes without any damage or contamination. Our technology can be used for levitated lab work such as in ...
No-Touch Robotics develops the next generation of robotic grippers that work completely without mechanical contact. Our solutions are ideally suited for handling objects of a wide variety of shapes without any damage or contamination. Our technology can be used for levitated lab work such as in ...
Magnes is a spinoff from the Institute of Robotics and Intelligent Systems of ETH Zurich. Magnes has developed a disruptive real-life-monitoring solution to analyze walk patterns of patients with neurological disorders. It is the only solution giving direct haptic feedback to patients. Using ...
femtoG is a young start-up based in Zurich, offering online and offline analysis of powdered materials to partners in the industry. We specialize in the structural characterization of Carbon Black, Silica, and titanium dioxide. Our services include not only laboratory analysis of individual ...
REEcover was born in 2023 in a research lab at ETH Zurich, in the scenery of the Swiss mountains which you can see from the ETH Hönggerberg campus. While Marie’s PhD projects revolved around the deeper understanding of rare earth coordination chemistry for diverse applications, reading the book ...
At Procavea we're developing nonviral protein cages as carriers for the delivery of RNA Therapeutics to specific tissues in the body.
We economically convert industrial waste heat into electrical energy. As a spin-off of Empa Dübendorf and ETH Zurich, we are dedicated to pioneering a new class of machines that economically convert industrial waste heat into electrical energy. The core technology required for this endeavor is ...
The growth of cells of a living being is key for an increasing range of application fields, including in-vitro drug testing and cellular agriculture. In order to closely mimic natural environment of such cells in-vitro, highly porous structures with tuneable mechanical and permeability properties ...
The growth of cells of a living being is key for an increasing range of application fields, including in-vitro drug testing and cellular agriculture. In order to closely mimic natural environment of such cells in-vitro, highly porous structures with tuneable mechanical and permeability properties ...
Groam is on a mission to convert agricultural biomass waste streams into new biodegradable foamed materials. Foams are all around us: in our insulation, car interior, protective packaging and many more. Polymeric foams have excellent properties and functions like damping, cushioning, insulating ...
