OsteobotiX provides a robot‑assisted surgical platform that enables orthopedic trauma surgeons to perform fracture fixation without intra‑operative X‑ray imaging. The system uses sub‑millimeter robotic positioning, sensor‑based navigation and integrated planning tools to deliver high‑precision, minimally invasive fixation while eliminating radiation exposure and streamlining workflow.
Funding
Funding not disclosed
Founders
Product
Problem
Orthopedic trauma surgeries often depend on intraoperative X‑ray imaging to guide fracture reduction and fixation, exposing patients and staff to radiation and limiting precision, especially in minimally invasive procedures.
Solution
OsteobotiX offers a robot‑assisted surgical platform that enables orthopedic surgeons to perform fracture fixation without the need for intraoperative X‑ray imaging. The system provides high‑precision, computer‑guided instrument positioning, allowing accurate reduction and hardware placement while maintaining a minimally invasive approach. By eliminating radiation exposure, the platform improves operative safety and streamlines workflow, delivering consistent outcomes across a range of traumatic orthopedic cases.
Target Audience
Primary customers are orthopedic trauma surgeons and hospital orthopedic departments seeking radiation‑free, high‑precision solutions for fracture fixation.
Features
- Robotic arm with sub‑millimeter positioning accuracy for guidewire and implant placement
- Real‑time, sensor‑based navigation that replaces fluoroscopic imaging
- Integrated surgical planning tools that translate pre‑operative imaging into intra‑operative execution paths
- User‑friendly surgeon console with haptic feedback and intuitive control interfaces
- Compatibility with standard orthopedic implants and instrumentation
- Automated safety checks and collision avoidance to protect surrounding tissue