Due to its ability to replace manual labor,robots have a wide range of applications. As a well-known slip ringmanufacturer in the industry, JINPAT has provided countless rotating conductivesolutions for robots with various functions. From the case of JINPAT, the vastmajority of these slip ring robots are applied to traditional manufacturingindustry robots. However, with the development of time, robots have graduallybeen released into other fields and applied in other emerging fields. Amongthese new applications, surgical robots are the most typical representative.

Compared to the manufacturing industrywhere robots need to repeatedly perform high-intensity labor during use,surgical robots only need to assist doctors in completing high-precisionsurgeries in a short period of time. Some robots need to independently completesome of the less difficult patient handling or special disease detection tasks,which are not very intensive. At present, medical robots that require theinstallation of slip rings and have already been put into use, includingadvanced cardiovascular and cerebrovascular surgical treatment robots. Theserobots integrate high-definition video and high operational accuracy, and canquickly assist doctors in disease diagnosis and surgery. The slip rings usedare a combination product that integrates 2K or more SDI high-definition videosignals.

As an established manufacturer of sliprings in the industry, JINPAT is one of the earliest manufacturers to contactand develop slip rings for medical robots. Currently, JINPAT has developeddozens of specialized slip rings for intelligent robots in the medicalindustry. These slip rings are commonly used in orthopedic treatment robots,endoscopic treatment robots, and cardiovascular and cerebrovascular robots,including traditional electrical signal combination slip rings andoptoelectronic integrated slip rings.

With the increasing investment in the fieldof robotics in the medical industry, various new robots with differentfunctions have been developed. For example, a tumor treatment robot developedby other companies recently integrates various devices such as tumor treatmentequipment and sports operating tables. Therefore, multiple sliding rings needto be used throughout the entire system. The radiation therapy module requiresa high-power pulse signal and power integrated sliding ring, or ahigh-frequency and power integrated sliding ring. If the operating table isendowed with infinite rotation function, it is necessary to add a sliding ringthat integrates multiple vital sign monitoring signals to achieve real-timemonitoring of various symptoms during the patient's treatment process.