Patented Orthopedic Technology
RoboMed-DDI
•IMPO™
• TITO™
• Smart Surgical Systems
IMPO™ Series
Bidirectional Controllable Impaction Attachments
The IMPO™ Series is designed to deliver controlled bidirectional impaction for orthopedic procedures, supporting improved consistency, reduced mallet dependence, and better workflow control across shoulder, knee, hip, and related applications.
TITO™ Torque Screwdriver Attachment Series
Preset & adjustable torque: 0.8–6.0 N·m, Helps prevent screw over-tightening, Supports bone and fixation protection for Manual and robotic workflow compatible
Controlled torque helps reduce screw overload and bone over-stress.
Smart IMPO™
Sensor-Enabled Bidirectional Impaction Attachment
Smart IMPO™ provides live impact rate, impact intensity, and real-time surgical feedback through an integrated app interface. Designed for both manual and robotic surgery workflows, it supports improved control, consistency, and data-driven orthopedic impaction.
Smart TITO™
Sensor-Enabled Torque Screwdriver Attachment
Smart TITO™ provides live torque measurement, torque-limit control, and real-time app feedback for orthopedic fixation. The system is designed to support controlled screw insertion, protect bone and fixation hardware from overload, and integrate with both manual and robotic surgery workflows.
Smart Surgical Planning & Data Platform
Patient-Specific AI Support for IMPO™ and TITO™ Optimization
Upload patient imaging and bone-quality data to support AI-assisted selection of optimal IMPO™ impact power and TITO™ torque limits based on patient-specific bone conditions.
• Upload MRI, CT, DXA, T-score, and Z-score data
• AI-assisted bone-quality and surgical-area analysis
• Screw-size and fixation-location evaluation
• Recommended IMPO™ impact power settings
• Recommended TITO™ torque-limit settings
• Manual and robotic surgery workflow support
• Live procedure data and historical case review
• Secure cloud-based procedure history storage
Procedure data can be stored in a secure, HIPAA-compliant cloud environment, allowing authorized surgeons to access live and historical data while supporting patient privacy and clinical documentation requirements.