Kyphotic deformities not only affect physical appearance but can also lead to chronic pain, breathing difficulties, and limitations in daily activities. Traditional correction procedures often involve extensive tissue dissection, resulting in significant postoperative pain and prolonged recovery times.
To enhance treatment precision and safety, our center has introduced computer-assisted minimally invasive surgical techniques. By incorporating the latest technology into kyphotic deformity correction, we provide patients with a safer and more effective surgical option.
◎Features of the Surgery
-Precision Medicine
-Computer-Assisted Navigation
-Enhanced Safety
3D Computer-assisted Kyphosis correction surgery
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3D Computer-Assisted Minimally Invasive Correction for Kyphotic Deformities
Using advanced computer navigation technology, we are able to precisely place pedicle screws during surgery through real-time three-dimensional imaging. This minimally invasive approach minimizes damage to surrounding tissues and reduces the risks of nerve injuries and other complications.
The precise angle and placement of implants ensure effective correction while significantly shortening recovery time. After the procedure, patients can resume daily activities by wearing a hard brace, achieving rapid recovery. Computer-assisted navigation represents the safest and most advanced minimally invasive option for kyphotic deformity correction.
3D-guided
Precision medicine
Enhanced Safety
Minimal incision
3D Competer-assisted spine surgery
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Real-Time 3D Navigation for Surgery
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computer-assisted navigation system
Kyphotic Deformity Correction – Precision Navigation for Enhanced Safety!
With cutting-edge computer-assisted navigation equipment, including intraoperative 3D imaging, we can safely and precisely correct kyphotic deformities. Real-time 3D imaging during the surgery allows accurate screw placement at optimal angles, ensuring higher correction rates while avoiding nerve injuries and reducing postoperative complications.
Q&A
Q1.Is Corrective Surgery for Spinal Scoliosis High Risk?+
By utilizing computer-navigated surgical techniques, minimally invasive surgical approaches, and advanced precision medical equipment, scoliosis correction surgery can be performed safely.
- Scoliosis Correction Surgery Success Case 1
- Scoliosis Correction Surgery Success Case 2
- Introduction to Computer-assisted Surgical Techniques
Q2.What are the risks of scoliosis correction surgery?+
Potential complications include nerve damage, such as hemiplegia, quadriplegia, or peripheral nerve injury, as well as intraoperative blood loss, postoperative wound infection, and implant fractures.
We have made complex surgeries minimally invasive.
However, through our center’s standardized minimally invasive spine surgery protocols and advanced navigational surgical equipment, we can minimize the risks of complex surgeries, ensuring that patients receive treatment safely and effectively.
Success Case
