HES-SO Valais
Dr. Manfredo Atzori
Prof. Henning Müller
Matteo Cognolato

University of Padova
Prof. Nicola Petrone (Dept. of Industrial Engineering)
Prof. Franco Bassetto (Padova University Hospital, Clinic of Plastic Surgery)
Dr. Cesare Tiengo (Padova University Hospital, Clinic of Plastic Surgery)
Dr. Diego Faccio (Padova University Hospital, Clinic of Plastic Surgery)

ProHand project idea
Upper limb amputation is a major injury that can strongly affect the daily life of a person. Prosthetic hands that can execute multiple movements are available but they are expensive and difficult to control. Natural control via pattern recognition is promising but it is applied mainly in scientific research, so far. 3D printing can revolutionize prosthetics with affordable solutions that can also include dexterous control.
The ETH-hosted CYBATHLON is a competition in which disabled people compete on everyday tasks using state-of-the-art assistive systems. This is the best venue to test a prosthesis.
During the last 9 years, our group advanced prosthetics by creating the biggest publicly available database to control hand prostheses with pattern recognition (Ninapro), by developing innovative control methods and by testing pattern-recognition-based control of 3D printed hand prostheses such as the HANDi Hand (video link) .

The ProHand goals are: 1) To develop a dexterous 3D printed prosthetic hand that can be used in real life conditions. 2) To test the prosthetic hand on the tasks of the CYBATHLON 2020 powered prosthetic arm race. Expected results include, first, an open source, dexterous, robust and low cost 3D printed hand prosthesis and, second, the evaluation of the prosthesis using the CYBATHLON tasks (or the participation in the CYBATHLON if allowed by the ProHand advancement).

The 3D printed, dexterous, open source prosthetic hand can improve the life of hand amputees worldwide and foster improvements in research and for future commercial prosthetic hand.

Financing Entities
Hasler Foundation