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Exactech's Latest Innovations in AI and Orthopedic Surgery

Exactech, a recognized leader in medical technology, has unveiled groundbreaking advancements in artificial intelligence and personalized surgical technologies. At two prestigious scientific gatherings—the 26th EFORT Annual Congress in Lyon, France, and the 2025 International Conference on Computer Assisted Orthopedic Surgery (CAOS) in Davos, Switzerland—the company presented a total of 20 pioneering research studies.

Their research delves into enhancements across various areas, such as machine learning applications, computer-assisted surgical navigation, and innovative joint balancing technologies. Exactech’s studies showcase a commitment to advancing personalized, data-driven approaches in orthopedics, incorporating new clinical evidence into techniques like their Newton® knee balancing, GPS navigation, and AI-supported innovations.

Laurent Angibaud, Senior Vice President of Advanced Surgical Technologies at Exactech, conveyed the significance of these studies: "These findings affirm our dedication to enhancing orthopedic surgery through research, data science, and collaborative clinical advancements. We aim to provide our surgeon partners with insights that validate current innovations while also informing the future of surgical decision-making.”

Among the standout presentations was a focus on artificial intelligence's role in improving imaging and planning processes. Specific studies included:

• - CT-based segmentation and quantification of shoulder muscles to facilitate pre-surgical arthroplasty planning.
• - Evaluation of image segmentation uncertainty to bolster the reliability of machine learning models.
• - Development of an unsupervised machine learning classification method for dynamic knee alignment during total knee arthroplasty, which lays the groundwork for enhanced knee phenotyping in future procedures.

The highlight of the research showcased Exactech's Newton ligament balancing technology, which was a central theme in five of the studies presented. One prominent retrospective study involved data from over 2,800 total knee arthroplasty (TKA) cases, utilizing a force-controlled gap-balancing technique. Presented by Dr. Pedro Torrijos, MD, PhD from Madrid, this research underscored the importance of objective intraoperative assessments of ligaments to enhance surgical outcomes and stabilize joints.

During the CAOS conference, Dr. Omar Naji from Lunel, France, emphasized the benefits of the Newton system. He stated, "With Newton, we are no longer guesstimating ligament balance; we are measuring it. This GPS technology equips us with real-time, objective data during operations, significantly improving accuracy and consequently achieving better recovery outcomes for our patients.”

As the field of orthopedic surgery increasingly embraces technology, Exactech remains committed to innovating solutions that not only enhance surgical precision but also prioritize patient care. Their dedicated approach to integrating AI into surgical settings signifies an exciting future for both surgeons and patients alike.

For additional insights into their advancements in AI technologies, visit www.ExactechAI.com.

About Exactech

Exactech is a leading global player in medical technology, providing orthopedic surgeons with cutting-edge implants, surgical instruments, and a suite of smart technologies under the Active Intelligence® ecosystem, aimed at enabling patients to restore mobility effectively. For further information and updates, explore www.exac.com or connect with them on LinkedIn, YouTube, Instagram, and other platforms.