Zunosaki approached us to help develop their idea of an affordable rehab device, from a concept and bare-bones prototype to a fully manufactured product. Handy Rehab is a domestic stroke victim rehabilitation device to help restore normal hand usage after a stroke.
Advanced CAD with surface modelling based on specific parameters, combining additive manufacturing with injection moulded parts and design development for function and competitive edge in the market.
A unique robotic rehab device with production parts that are 3D printed and injection moulded. This incredible portable device is disrupting the medical sector at 25% of the standard industry cost.
The ambitious aim was to deliver cutting-edge robotics at affordable costs, which meant the design required a combination of 3D printed and injection moulded parts. Mouse used Solidworks to rebuild the concept from the ground up, optimising parts for mass production whilst improving user experience along the journey.
We managed and evolved the design to incorporate different sizes and component specification changes. We also helped with design changes to incorporate hot-swappable and more robust components.
Using our experience in the latest CAD technology and manufacturing methodology, we were able to quickly create left- and right-hand versions in three standard sizes.
