TECHNOLOGY & PRODUCTS
The future of orthopedic surgery demands more than incremental innovation. Today's navigation and robotic systems remain constrained by complexity, limited flexibility, significant costs and outdated workflows.
Kyniska Robotics changes the paradigm!
CLINICAL APPLICATIONS OUR TECHNOLOGY WILL POSITIVELY IMPACT
Knee Ligament Reconstruction
Every millimeter matters in ligament reconstruction.
Yet surgical inaccuracies continue to impact outcomes, leading to graft failures (close to 10%) and limiting athletes' return to peak performance (only 20% of athlètes).*
Kyniska Robotics brings AI-driven robotic precision to orthopedic soft-tissue surgery.
Combining patient-specific MRI planning with advanced robotic guidance, we are redefining the way surgeons plan and perform ligament reconstruction procedures.
*D'Ambrosi R, Carrozzo A, Monaco E, Meena A, Sconfienza LM, Herbst E, Abermann E, Fink C. Slower but Not Safer: A Systematic Review and Meta-Analysis of Return to Play and Graft Re-Rupture After ACL Reconstruction in Professional Soccer Players. Sports Med Open. 2025 Dec 12;11(1):157. doi: 10.1186/s40798-025-00962-2. PMID: 41385008; PMCID: PMC12701112.
Knee Osteotomies
Osteotomy is powerful. Its execution remains a challenge.
Traditional osteotomies are technically demanding and highly dependent on surgical experience. Even small inaccuracies can compromise outcomes and increase the risk of complications.
Yet for younger, active patients, osteotomy is one of the most effective joint-preservation solutions, delaying knee replacement and restoring long-term function.
Kyniska Robotics is redefining osteotomy.
Combining AI-powered imaging, intelligent planning, and robotic guidance, our platform is designed to support surgeons throughout knee osteotomy procedures.
Shoulder Arthroscopic Procedures
Shoulder arthroscopy has advanced. Surgical complexity remains.
Despite major improvements in imaging, many shoulder procedures are still technically demanding. Restricted anatomy, limited access, and proximity to critical structures make precision essential and challenging.
Procedures such as Bankart repair and Latarjet reconstruction continue to require a high level of expertise, limiting adoption and consistency across surgeons.*
Kyniska Robotics is reimagining shoulder arthroscopy.
With GEMtrack™ technology, Kyniska Robotics is advancing minimally invasive shoulder arthroscopy through real-time instrument tracking designed to fit naturally into the surgeon's workflow.
*Huri G, Popescu IA, Rinaldi VG, Marcheggiani Muccioli GM. The Evolution of Arthroscopic Shoulder Surgery: Current Trends and Future Perspectives. J Clin Med. 2025 Apr 1;14(7):2405. doi: 10.3390/jcm14072405. PMID: 40217855; PMCID: PMC11989327.
Knee, Hip & Shoulder Arthroplasties
Arthroplasty is evolving beyond traditional robotics.
Surgeons need technologies that deliver precision without complexity, adaptability without compromise, and efficiency across every procedure.
Kyniska Robotics optimizes the joint replacement procedures.
Powered by GEMTrack™ and GEMBot™, our modular platform supports multiple orthopedic applications and enables a seamless surgical experience across knee, hip, and shoulder procedures.
Built for healthcare providers across hospital and outpatient settings (ASCs), Kyniska Robotics offers a flexible platform designed for the next generation of orthopedic care.
Other applications
Kyniska Robotics’ technologies and solutions will also extend to a broader range of other sports‑medicine applications including meniscal repair, and additional arthroscopic/endoscopic procedures across multiple joints:
-
Hip: femoroacetabular impingement (FAI), labral reconstruction, etc.
-
Spine: lumbar disc herniation treatment, foraminal decompression, etc.
CORE TECHNOLOGIES
GEMTRACK™
The Future of Surgical Navigation Is No Longer Optical.
GEMTrack™ is a breakthrough navigation technology engineered to unlock a new standard in orthopedic surgery. Powered by proprietary radiofrequency tracking and ultra-miniaturized sensors, it delivers continuous 360° real-time guidance with exceptional accuracy and reliability, free from cameras, line-of-sight limitations, and complex operating room infrastructure. Its elegant single-anchor design streamlines workflow, supports minimally invasive procedures, and performs seamlessly in the most demanding surgical environments. By combining precision, simplicity, and procedural efficiency, GEMTrack™ enables surgeons to focus on what matters most: delivering outstanding patient care.
One anchor. Zero compromise.
GEMBOT™
Agility Without Compromise.
GEMBot™ is a breakthrough robotic platform engineered to redefine orthopedic surgery. Combining intelligent robotic control, real-time navigation, and unparalleled surgical flexibility, it empowers surgeons with a new level of precision, efficiency, and confidence. Seamlessly integrated with GEMTrack™, GEMBot™ delivers continuous robotic servoing, adaptive multi-mode operation, and unrestricted procedural access without workflow disruptions or workstation repositioning. Its versatile architecture supports multiple instruments and optimized tool orientations, enabling a smarter, more agile approach to surgery. Designed for the future of orthopedic care, GEMBot™ transforms navigation intelligence into surgical performance.
One robotic platform. Multiple procedures. Unlimited precision.
Disclaimer
The product images, illustrations, and visual representations displayed on this website are provided for informational and illustrative purposes only. They do not necessarily reflect the final appearance, specifications, design, or configuration of the products.
All such visuals are non-contractual and shall not be deemed to constitute a binding representation or warranty of any kind. Kyniska Robotics reserves the right to modify, revise, or discontinue any product, feature, or specification at any time without prior notice.
The medical devices described in this page are not yet approved for clinical use in Europe, the United States, or any other jurisdiction.