Surgical robots lead the way in transforming the healthcare era.Robots are changing the world.


In recent years, the robot fever frequently detonated network, not only applied to industry, agriculture, aerospace industry and other fields, brought about great changes, but also led to a wave of robotics, and to this day, the robot is also in the field of health care applications are also widely used, and the same robot has also become a hot spot of concern in the medical industry. At present, the field of surgical robots mainly include what? Robots mainly include orthopedic surgical robots, neurosurgical robots, vascular intervention robots, laparoscopic surgical robots and so on.

Orthopaedic surgery robot-assisted orthopaedic surgery treatment has been in the world has many years of clinical application experience, and has been widely recognized, with advanced orthopaedic surgery robot technology more and more mature, this new treatment will also help more orthopaedic patients become healthy.

At present, orthopedic surgical robots have undoubtedly become a popular field of surgical robots worldwide. Then what are the necessary conditions for the popularization of orthopedic surgical robots? What is its future development prospect?

As a representative of medical enterprises, Perlove Medical has been deeply engaged in the field of orthopedics for 20 years, and not only owns high-end orthopedic surgical robots, but also devotes itself to promoting the popularization and development of orthopedic surgical robots. Perlove Medical invited a number of experts to convene the Orthopaedic Surgical Robot Development Forum on “Famous Experts’ Discussion and Intelligent Shadow Escort” to discuss the technological innovation, clinical application and industrial transformation of orthopaedic surgical robots and other important issues.

For a surgical robot to be popularized and widely used in the clinic, it must have the following conditions:

First, it is convenient and easy to use.

Second, it is relatively fast. Fast positioning, fast operation. Why do we use robots, of course, robots are more accurate, but the more fundamental problem is that we hope the robot can be efficient.

Third, it is safer. Human operation can not avoid the generation of unsafe factors, why would robots replace people? Because of safety, people may make mistakes robots will not make.

As a robot must have these three points, in order to more widely spread to the market.

Orthopedic surgical robots are still in a stage of development, the application of the robot is in fact very broad prospects, now all the surgery is dependent on the experience of the doctor himself, so why do people like to find some old experts to do surgery, because young doctors have a learning curve. For example, the ChatGPT, which is relatively hot now, brings together all the experience of previous generations. If the surgical robot can also integrate the existing cutting-edge technology and have a huge database, it will be like a very experienced doctor, no matter who operates it, even if it’s a new doctor, it will still be like an old expert doing surgery.

Of course this requires a lot of cooperation, and modern medicine gives it a lot of good conditions. For example, ultrasonic bone knife, 3D microscope, intelligent grinding drill and so on. Orthopedic surgical robots must be integrated into biomedical engineering, integrating cutting-edge technology, in order to achieve a perfect robot that can really help doctors operate. Of course, diseases vary from person to person, each patient is different, unlike cars, engineering equipment, is standardized, to completely replace the unlikely, still can not leave the human as a “commander”, operating robots to perform each step. This is to see how artificial intelligence and clinical to combine, the better the combination, the faster the realization of the process, and ultimately to achieve the purpose of human health services. I personally believe that with the progress of science and technology, these problems will be solved in the future, and one day our surgeries will become safe, efficient and fast.

The main advantages of Perlove Medical’s orthopedic surgical robotic system are safety and precision. Perlove Medical is the first manufacturer in China to have a full-process solution of “orthopedic surgery robot + flat 3D C-arm“. With the integrated adaptive alignment technology, it can realize automatic registration and alignment, and the accuracy is not affected by the image quality. With sub-millimeter clinical accuracy (0.7mm), robotic surgery reduces operating time and incision size compared to traditional surgery, resulting in shorter recovery time for patients. In addition, the high operational precision of robotic surgery enables precise localization of the lesion, narrowing the risk of accidental injury.


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