Robotic Navigation

Our Original Aspiration: To Make the World a Better Place

As the first robotic navigation platform of its kind in China, it provides a complete solution for spinal and cranial surgeries from planning to execution. The system ensures reliable and precise trajectory alignment and navigation for screw placement, interbody implants, and cranial instrumentation.

Robotic Navigation

Enhanced Screw Placement Accuracy

Robotic navigation combined with advanced imaging technologies significantly improves the accuracy of percutaneous lumbar pedicle screw placement compared with conventional minimally invasive surgical techniques.

Greater Screw Length and Diameter Options

Pre-operative planning tools enable surgeons to optimize screw length and diameter based on the patient’s specific anatomy.

Lower Radiation Exposure

By leveraging unique real-time data, the system reduces radiation exposure in both conventional open and minimally invasive procedures, minimizing the need for repeated 2D and 3D fluoroscopic imaging.

Shorter MIS Procedure Time

In a cadaveric study, the system significantly reduced the time required for screw insertion, demonstrating an average 52% reduction in pedicle screw placement time and a 9% decrease in overall procedure time compared with conventional MIS techniques.

Robotic Navigation

Our Original Aspiration: To Make the World a Better Place

Robotic Navigation

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