Technology That Brings Control, Data, and Precision to Orthopedic Surgery
RoboMed-DDI develops patented orthopedic attachment technologies designed to improve impaction control, torque-limited fixation, real-time surgical feedback, and patient-specific procedural optimization.
Smart recommendations and live data feedback are intended to support surgical workflow visibility. Final clinical decisions remain under the judgment and responsibility of the surgeon and clinical care team.
IMPO™
IMPO™ is designed to provide controlled, repeatable, and reliable bidirectional impaction with a low-maintenance mechanical architecture. This consistency makes the platform suitable for robotic-assisted orthopedic surgery workflows, where predictable tool behavior, repeatable impact delivery, and controlled motion are critical for future smart surgical integration.
TITO™
TITO™ is designed to support controlled screw insertion in orthopedic, trauma, spine, and neurosurgical fixation procedures. With preset and adjustable torque-limit capability, TITO™ helps reduce the risk of screw over-tightening, supports bone and hardware protection, and provides repeatable torque delivery for manual and robotic-assisted surgical workflows.
Smart IMPO™
Smart IMPO™ adds real-time sensing, impact monitoring, and app-based feedback to RoboMed-DDI’s patented bidirectional impaction platform. The system is designed to display live impact rate, impact intensity, and procedure data during orthopedic impaction workflows, supporting improved consistency, control, and surgical visibility.
Smart TITO™
By providing live torque data and predictable torque-limit control, Smart TITO™ supports manual and robotic-assisted surgery workflows where consistent fixation behavior and real-time feedback are required.