01 April 2026
March Recap: Bringing Innovation and Surgery Together Across the Globe
26 March 2026
PRIMA™ Achieves ODEP Pre-Entry A Rating*
25 March 2026
Enovis 1st worldwide innovations: the SMR System
23 March 2026
Mastering Precision in Verona: A Week of Advanced Surgical Education
18 March 2026
The why of Motion: A Clinical Perspective on Soft Tissue Balancing with Prof. R. Becker
17 March 2026
15 Years of MOSAIC: Defining the Future of Shoulder Arthroplasty
16 March 2026
Celebrating Innovation and Excellence at the Viktor Awards Switzerland
05 March 2026
Enovis reaffirms commitment to gender equality with 2025 certification
03 March 2026
Advanced Ceramics in Shoulder Arthroplasty: A New Standard in Wear Reduction
02 March 2026
The Enovis Knee Kinematics Meeting 2026
01 March 2026
Enovis at AAOS 2026
23 February 2026
The Sense of Stability: A Talk with Prof. S. Eggli
12 February 2026
2026 Medical Education Kick-off at the ORSI Academy in Belgium
10 February 2026
A global kick-off: Enovis shines in Antwerp and Paris
26 January 2026
Our Future in Motion: Enovis International Surgical Kicks Off 2026 in Athens
23 January 2026
Pioneering Lateralization: The Evolution of AltiVate® Reverse
20 January 2026
Enovis Surgical at the PISC Congress 2026 in Paris
13 January 2026
Kickstarting 2026: See you at the first Revision Knee Meeting!
08 September 2025
Advancing Ceramic Implant Innovation in Europe
03 January 2024
LimaCorporate is now part of ENOVIS
01 May 2023
Progetto IAREPAM - Intelligenza Artificiale per la Realizzazione Efficiente di una Protesi in Additive Manufacturing
01 May 2023
AIM - Artificial Intelligence for Manufacturing
13 January 2023
The EFESTO Project has the challenging goal of characterizing the fatigue performance of medical-grade Ti6Al4V alloy
01 September 2021
LOGIN - Logistic Innovation: Technology for logistics as the nerve centre of LimaCorporate's business
08 September 2020
PROST3SIS project: for the internalization and industrialization of the Selective Laser Melting (SLM) 3D printing technology for the production of Ti6Al4V implantable devices.