Due to the influence of aging, orthopedic diseases have increasingly become a prominent problem that seriously affects human life and health, and surgery has become an important treatment for bone trauma. Accurate, minimally invasive and intelligent treatment methods have become an important development direction of orthopedic surgery. At this time, the orthopedic surgery robot has become an extension of the doctor's body, adding a "perspective eye" and a "stable hand" to the doctor, further improving the accuracy and safety of the operation. Next, I will introduce the application and advantages of our company's  orthopedic surgical robot.

PL300B  Orthopedic Surgery Robot

Perlove Medical PL300B is an intelligent navigation and positioning robot used to assist orthopedic surgery. It empowers doctors' "hand" (mechanical arm), "eye" (navigation) and "brain" ( smart planning). The high-precision operation of orthopedic surgical robots and the standardized design of the operation process can effectively solve the clinical pain points of traditional surgery that rely too much on the operator's experience and cannot achieve standardized and repeatable operations.

Orthopedic surgery robot accurate positioning

The PL300B  orthopedic surgical robot can be widely used in multi-segment spinal surgery, assisting doctors in locating the lesion, and providing surgery for spinal surgery (percutaneous vertebroplasty, pedicle screw internal fixation, etc.) Pre-operative procedure planning, screw insertion position, visual guidance of angle, and simulated screw insertion assistance. The advantages of the product are as follows:

1. Customized registration solutions

The PL300B  orthopedic surgical robot is paired with the 3D C-arm independently developed and produced by Puai Medical (with independent core independent intellectual property rights). With the help of integrated adaptive registration technology, automatic registration and registration are realized. Through preset parameters and intelligent algorithms , and automatically establish the three coordinate system associations of the optical positioner, the patient and the image. The system compatibility is stronger, the information matching is more comprehensive, and the registration process is more convenient and efficient.

Orthopedic surgery robot +3D C-arm

2. Intelligent positioning

The PL300B orthopedic surgical robot is equipped with a high-precision optical tracking system and a robotic arm. Based on 3D image data, it can use surgical planning software to guide doctors in pre-surgical planning, assist in accurate positioning of implants or surgical instruments, and the accuracy can reach sub-millimeter level. . Especially for high-risk, high-complexity surgery, it has obvious advantages and can effectively reduce the risk of surgery.

3. Helping minimally invasive

Traditional open surgery needs to expose the visible field of vision so that doctors can obtain more judgment information. The surgical incision is large and the postoperative recovery time is long. In robot-assisted orthopedic minimally invasive surgery, the surgical wound is only a small incision of about 1-2 cm, which shortens the operation time, reduces the amount of blood loss, and reduces the incidence of surgical complications.

4 simplify the complex

Simplified operation process: Multiple manual screw positioning is cumbersome to operate. The orthopaedic surgical robot can realize one-time planning of multiple screw paths, saving planning and positioning time, simplifying the surgical operation process, and improving the efficiency of screw placement.

Standardization of complex surgery: Intuitive software operation interface guidance reduces uncertainties in surgery, standardizes complex surgical procedures, and enables doctors with less experience to quickly master it, shortening the doctor's learning curve.

5. Motion Simulation + Force Sensing Control

The PL300B  orthopedic surgical robot adopts robot simulation and force sensing control technology to predict the trajectory of the robotic arm and automatically stop when it encounters obstacles to avoid collisions and accidents.

6. Lower radiation

During the entire surgical operation process, fluoroscopy images are only required to be acquired in three steps: before the operation, after the positioning guide needle is inserted, and after the screw is inserted, and during the image acquisition process, the doctor does not need to be exposed to the radiation area, which is compared with the traditional surgical process. , the X-ray absorption of doctors and patients is significantly reduced.

Create high-quality medical equipment with ingenuity, and use innovative technology to bring disruptive changes in orthopedic treatment. Perlove Medical Orthopedic Surgery Robot is committed to allowing more patients to have a "high-precision" and "less traumatic" surgical experience, providing high-end medical equipment for many medical institutions at home and abroad, promoting the development of medical technology, and enabling more and more patients to Enjoy the meticulous and considerate medical service! If you are interested in our company's  orthopedic surgical robot products, you can pay attention to "Perlove Medical"