Segmentation of Robotic Surgery

orthopedic surgery robot
Orthopedic surgical robots are a subdivision of surgical robots. Some of the more famous ones are: the 1992 ROBODOC surgery system, released by Integrated Surgical Systems, which has been incorporated into CUREXO Technology.
The system is capable of performing a range of orthopedic procedures, such as total hip arthroplasty and total knee arthroplasty (THA & TKA), and is also used in revision total knee arthroplasty (RTKA). It consists of two components: a computer workstation ORTHODOC(R) equipped with proprietary software for 3D pre-surgical planning, and a computer-operated robotic surgical ROBODOC(R) Surgical Assistant for precise cavity and surface treatment of hip and knee replacements.
The device has been widely used in more than 20,000 surgical procedures worldwide. Orto Maquet of Germany introduced CASPAR surgical system in 1997. The system is used for bone grinding in THA & TKA and tunnel entry point positioning in anterior cruciate ligament reconstruction. The grinding accuracy has reached 0.1mm, which has been applied in some European hospitals.
Dental assistance robot
Dental assistive robots are another market segment for surgical robots. There are currently dental beauty robots and denture robots.
The denture robot uses image and graphics technology to obtain the computer model of the oral soft and hard tissue of the edentulous patient, uses the self-developed non-contact three-dimensional laser scanning measurement system to obtain the geometric parameters of the patient's edentulous bone morphology, and uses the expert system software to complete the computer-aided statistics of the artificial dentition of the complete denture.
Sinora tooth carving robot is a typical tooth beauty robot. It breaks through the traditional tooth restoration method. It uses the digital oral restoration network platform and is directly designed by the 3D intelligent digital technology system to avoid errors caused by materials or operations. It will not cause errors or discrepancies between the specified mixture, impression and setting time. It will be completed in one area from diagnosis, shooting, design, production and try-on, in one go. For example, it used to take a week to make all-ceramic teeth, but now it only takes about 1 hour to complete, and the "pure" polishing time only takes 8-10 minutes. It is currently the most effective and safe dental beauty technology.
Gastroscope robot
Gastroscope robots and surgical robots belong to the same medical robots, but they perform "surgery" in different ways. At present, the gastroscope robot is mainly the gastroscope capsule robot. Patients simply swallow a capsule endoscopy robot the size of an ordinary capsule drug, and doctors can examine the stomach and small intestine. The remote-controlled capsule endoscope robot integrates a variety of sensors and uses original magnetic field control technology to turn the capsule endoscope into a robot with "eyes and feet. Because of its small size, there is no foreign body sensation and discomfort when entering the body, which eliminates the tension and anxiety of the patient, and greatly improves the tolerance of the subject to the examination.