What is TiRobot
TiRobot is a robotic navigation system for orthopedic surgery. As with surgical robots, it's important to understand: the robot does not operate by itself. It builds a three-dimensional surgical plan from the patient's scans and helps the surgeon carry out the most critical step — for example, placing screws into the vertebrae — exactly at the pre-calculated point.
Where an ordinary surgeon judges by experience and X-ray “by eye,” TiRobot works from a precise 3D plan. This matters especially next to the spinal cord and nerves, where a millimeter carries a high price.
How it differs from conventional surgery
Conventional technique
- Guided by experience and X-ray
- Repeated X-ray checks
- Higher risk of implant deviation
With TiRobot navigation
- A precise 3D plan from scans
- Usually lower radiation exposure
- High placement accuracy
This does not mean the robot is always needed. For simpler procedures, classic technique is enough. The choice is the surgeon's, based on diagnostics.
Which procedures it's used for
- Spine surgery — precise screw placement in stabilization, scoliosis, degenerative changes
- Pelvic trauma — precise positioning in complex fractures
- A range of joint and orthopedic procedureswhere accuracy is critical
TiRobot and 3D printing — together
Precise navigation comes into its own paired with 3D-printed patient-specific implants matched to the individual patient's anatomy. First the implant is designed for the person, then the robot helps place it exactly to plan.
Why TiRobot at FFCH
Robotic orthopedics is a strategic focus Foshan Fosun Chancheng Hospitalof this top-category hospital Grade III Class A. Here TiRobot, 3D printing and joint replacement work under a single board. For an international patient — interpreters, help with the visa, and documents for your doctor at home.
Does the TiRobot robot operate by itself?
How is TiRobot surgery better than conventional surgery?
Which procedures is TiRobot used for?
Which documents are needed for assessment?
How do I start?