A major update that introduces innovative features to enhance surgical precision and streamline the planning process for shoulder replacement surgeries.
This year, we are proudly celebrating 15 years of GPS, a transformative navigation technology that has redefined orthopedic surgery by putting real-time, data-driven insights directly into the surgeon’s hands.
20 innovative research studies in AI, machine learning, and personalized surgery technology presented at the 26th EFORT Congress in Lyon.
A major update that introduces innovative features to enhance surgical precision and streamline the planning process for shoulder replacement surgeries.
This technology’s explosive growth, rapid global expansion, and widespread surgeon adoption have fundamentally reshaped orthopedics.
GPS Ankle: First-of-its-kind tech with active tracking and a sterile touchscreen tablet for dynamic intraoperative surgical feedback.
As artificial intelligence (AI) continues to transform industries worldwide, we take a bold step forward by integrating AI into medical device innovations through a dedicated machine learning (ML) team.
The U.S. Patent and Trademark Office (USPTO) has issued U.S. patent 12,239,384, further expanding its intellectual property portfolio around the Newton® soft tissue balancing technology.
First surgeries using GPS navigation and 3D-printed ankle tibial implants, offering surgeons greater precision and flexibility.