Enovis Logo
change profile

Click the button below to go to the homepage and view the site as a Patient.

Funded Projects

Funded Research and Innovation Projects

Enovis is committed to advancing orthopedic care through research and innovation. Our funded projects explore additive manufacturing, advanced biomaterials, and implant innovation to accelerate scientific progress and improve patient outcomes. Discover how these projects are shaping the future of orthopedic surgery.

search
Image related to the Bio-Hip-KI project, funded by the Free State of Thuringia and co-financed by the European Union
17 July 2026 - Germany
The Bio-Hip-KI project
Image related to the a new type of injection molding technology project, funded by the Free State of Thuringia and co-financed by the European Union
22 September 2025 - Germany
A new type of injection molding technology
FTI-Thüringen TECHNOLOGY program graphic, showing partnership between Thuringia, Enovis and the European Union for funding
08 September 2025 - Germany
Advancing Ceramic Implant Innovation in Europe
Progetto IAREPAM - Intelligenza Artificiale per la Realizzazione Efficiente di una Protesi in Additive Manufacturing
01 May 2023 - Italy
Progetto IAREPAM - Intelligenza Artificiale per la Realizzazione Efficiente di una Protesi in Additive Manufacturing
AIM - Artificial Intelligence for Manufacturing
01 May 2023 - Italy
AIM - Artificial Intelligence for Manufacturing
The EFESTO Project has the challenging goal of characterizing the fatigue performance of medical-grade Ti6Al4V alloy
13 January 2023 - Italy
The EFESTO Project has the challenging goal of characterizing the fatigue performance of medical-grade Ti6Al4V alloy
LOGIN - Logistic Innovation: Technology for logistics as the nerve centre of LimaCorporate's business
01 September 2021 - Italy
LOGIN - Logistic Innovation: Technology for logistics as the nerve centre of LimaCorporate's business
PROST3SIS project: for the internalization and industrialization of the Selective Laser Melting (SLM) 3D printing technology for the production of Ti6Al4V implantable devices.
08 September 2020 - Italy
PROST3SIS project: for the internalization and industrialization of the Selective Laser Melting (SLM) 3D printing technology for the production of Ti6Al4V implantable devices.