Against the background of aging population and modern lifestyle changes, the incidence of orthopedic diseases in China continues to climb, especially the number of patients with spinal diseases has increased significantly. As an important structure and nerve conduction hub of the human body, the spine, with its high surgical complexity and risk, has always been a high-end challenge in the medical field. The robotic system for spine surgery launched by Perlove is designed to meet this challenge. It utilizes digital and intelligent technologies to greatly enhance the precision, efficiency and safety of surgery.
A new era of spine surgery: predictable, highly accurate and fully visualized
Traditional spine surgery has a “blind spot” where potential safety risks and postoperative complications affect treatment results and patient recovery. The excessive reliance on scanned images and surgeon experience limits talent development and the learning curve of surgeons. The application of spinal surgery robotic system makes up for these shortcomings through advanced digital navigation technology, significantly reduces intraoperative risks and optimizes surgical outcomes.
The Perlove Medical Spine Surgery Robot integrates a number of advanced technologies, including preoperative planning, precise intraoperative robotic manipulation, and navigational surgical visualization, to assist clinicians in achieving accurate surgical goals.
“Eye”: Optical localization device
With sub-millimeter positioning accuracy, it automatically completes the spatial alignment of the device with the lesion and tracks the spatial position of each module in real time. At the same time, it tracks the angle and depth information of surgical instruments to ensure surgical safety.
“Brain”: navigation and positioning system software
Provides preoperative planning function to help doctors quickly locate the lesion and formulate a surgical plan. The system supports automatic image segmentation, intelligent labeling and fully automatic image alignment technology.
“Hand”: six-axis robotic arm
The robotic arm with six degrees of freedom, flexible and versatile positioning capabilities, covers a wide range of surgical operations, meets the needs of puncture and nail placement at different angles, ensures ultra-high stability and precision, and excludes the unstable factors of manual operation.
Director Wang Boyao and his team from The Second Affiliated Hospital of Nanjing Medical University successfully completed a complex thoracic spine fracture percutaneous puncture pedicle screw internal fixation with the assistance of Perlove spine surgery robot. The incision is small, bleeding is low, the paraspinal muscles are not stripped, recovery is fast, and it can achieve the satisfactory effect of open surgical bracing and repositioning, and the incidence of postoperative low back pain is significantly reduced.
Spine surgery robot planning program
Spinal surgery robot intraoperative picture
In the past, we relied on doctors to conduct internal planning based on 3D images and experience. Now, with the artificial intelligence software, the “brain” of the spine surgery robot, doctors are able to conduct comprehensive pre-operative planning, improving the success rate and safety of the surgery. The Perlove spine surgery robot not only provides advanced technical support for complex spine surgeries, but also marks an important step in the advancement of medical services towards intelligence and precision, improving the patient’s treatment experience and accelerating the recovery process.
