Linkx Robotics provides a surgical robotic system specifically for sports medicine procedures, delivering sub‑millimeter accuracy in bone cuts, implant placement, and soft‑tissue repairs. The platform integrates real‑time intra‑operative imaging and 3D navigation with a surgeon‑controlled console, enabling precise instrument positioning while retaining full surgeon oversight. By standardizing key steps and capturing procedural data, it aims to reduce errors, shorten operative times, and improve postoperative recovery for orthopedic and sports medicine specialists.
Funding
Funding not disclosed
Founders
Product
Problem
Sports medicine surgeries often involve complex joint procedures that require high precision, yet manual techniques can lead to variability in outcomes, longer recovery times, and increased risk of complications.
Solution
Linkx Robotics offers a dedicated surgical robotic system designed for sports medicine applications. The platform provides surgeons with computer-assisted guidance and robotic assistance to execute bone cuts, implant placements, and soft‑tissue repairs with sub‑millimeter accuracy. Integrated imaging and navigation tools create a real‑time 3D model of the operative field, allowing the robot to align instruments precisely while the surgeon retains direct control. By standardizing key steps of the procedure, the system aims to reduce intra‑operative errors, shorten operative time, and improve postoperative functional recovery. Data from each case are logged for analytics and continuous refinement of surgical protocols.
Target Audience
Primary customers are orthopedic surgeons and sports medicine specialists in hospitals and ambulatory surgical centers that perform joint reconstruction and arthroscopic procedures.
Features
- Robotic arm with six degrees of freedom for precise instrument positioning
- Real‑time intra‑operative imaging integration (CT/fluoro) and 3D navigation
- Surgeon‑controlled master console with haptic feedback and safety overrides
- Automated bone preparation and implant alignment workflows tailored to common sports injuries
- Modular instrument set compatible with standard orthopedic tools
- Procedure data capture and analytics dashboard for outcome tracking