Due to the dense spinal nerves and blood vessels, traditional scoliosis surgery has a high risk of nerve or spinal cord injury, intelligent spine surgery robot-assisted surgery technology has been maturely applied in thoracolumbar spine surgery, in the cervical spine surgery, spinal tumor surgery and percutaneous spine surgery and other spine surgery is still in the early stages, in accurate positioning, reduce surgical trauma, thus improving the prognosis of patients with advantages.
Intelligent Spine Surgery Robot Helps Complex Lumbar Spine Surgery
As a professional medical imaging enterprise in China, Perlove Medical has been deeply engaged in the field of medical imaging for more than 20 years, and it is the first domestic provider of one-stop solution for spinal surgery robot + 3D C-arm. Intelligent spine surgery robot system can realize sub-millimeter precision by real-time tracking, and its clinical precision can be up to 0.7mm, which can significantly reduce intraoperative radiation and improve surgical efficiency, simplify complex surgery, standardize routine surgery, minimize invasive open surgery, and equalize healthcare resources, and it has obvious advantages for minimally invasive surgery and high-risk area surgery in particular, which can effectively reduce the risk of surgery and reduce surgical complications.
Intelligent spinal surgery robot-assisted surgery case sharing
Patient Information
Age: 70 years old
Gender: Female
Preoperative diagnosis: lumbar spinal stenosis
Surgical plan: Robot-assisted “posterior lumbar internal fixation + interbody fusion” surgery
Preoperative image
The patient is scanned with a flat-panel 3D C-arm from Perlove , and the intraoperative 3D images are transmitted to the Intelligent Spine Surgery Robot Workstation. Based on these high-precision 3D image data, the surgeon utilized the surgical planning software to complete the precise positioning and planning of 14 screws in one go.
Intelligent spine surgery robot planning program
This technology significantly simplifies the surgical process compared to traditional surgery. In traditional surgery, the manual positioning of multiple screws is not only cumbersome, but also increases surgical risk and time. The application of the intelligent spine surgery robot enables the one-time planning of multiple screw paths, greatly saving the time for planning and positioning, simplifying the surgical operation steps, and significantly improving the efficiency of nail placement.
After completing the surgical access positioning, the robotic arm of the intelligent spine surgery robot maintains a stable access direction guidance, allowing the surgeon to focus on drilling and nailing operations. Thanks to the robot’s guidance, the entry of the guide pins is more stable and the execution accuracy reaches sub-millimeter level, ensuring the accuracy of the surgery.
Repeatedly placing guide pins multiple times during traditional surgery is a major test of the surgeon’s skill, experience and hand stability. The intelligent spine surgical robot not only ensures the accuracy of the operation during needle placement, but also demonstrates high repeatability, reducing individual differences in surgical operations and dependence on experience.
In traditional percutaneous spinal nailing surgery, multiple intraoperative X-ray fluoroscopies are usually unavoidable, which not only increases the operation time, but also increases the radiation exposure of medical staff and patients. The introduction of an intelligent spinal surgical robot realizes one-time planning and precise nailing placement, significantly reducing radiation exposure time, thus ensuring the safety of the surgical process. This technology not only improves surgical precision and reduces risk, but also enhances overall surgical efficiency. Combined with three-dimensional imaging and intelligent navigation technology, the Intelligent Spine Surgery Robot provides more patients with an efficient, precise and intelligent full-process solution, opening up a new era in spine surgery.
