With the continuous advancement of medical technology, various types of Surgical robots have been developed. These robots provide precise treatment solutions for different clinical applications. For example, orthopedic implants are artificial devices used to replace joints in the human body, such as hips, knees, fingers, and shoulder.In addition to orthopedic applications, Surgical robots are also widely used in life sciences and laboratory equipment, which Surgical robotic arms equipped with specialized tools help researchers complete delicate tasks such as sample processing and analysis.
Order(MOQ) :
100PCSPayment :
TTProduct Origin :
CHINAShipping Port :
SHANGHAIMachined Parts for Surgical Robots are precision parts designed and manufactured specifically for advanced surgical robot systems. These parts play an indispensable role in the overall architecture of surgical robots. They are directly related to the performance, accuracy and stability of surgical robots and are key elements in achieving highly difficult and minimally invasive surgical operations.
Surgical robots are often equipped with complex robotic arms and control centers that can manufacture complex robotic surgical equipment and instruments in a single setup through finishing processes such as multi-axis CNC milling, electrical discharge machining (EDM), precision turning, Swiss machining, etc., ensuring extremely precise dimensions and tolerances for Mechanical Components for Surgical Robotic, thereby achieving perfect assembly of multiple components to meet the growing needs of the medical field. For Surgical robotic arms, transmission components such as shafts and wrists are crucial because many other Machined components for Surgical Robots need to cooperate with the shaft. Qualified Machined parts for Surgical Robots can ensure the good work of the entire robot system.
Surgical robots are developed to improve surgical outcomes. These Machined Parts for Surgical Robots require precise dimensions and tight tolerances to ensure accuracy of movement and movement when performing delicate tasks. Considering their complex functions, these Medical CNC Machining need to be designed with high precision and reliability in mind to effectively improve the accuracy and safety of surgery.
We control the entire vertical industry chain and process flow of Surgical Robots Machined Parts to ensure consistent product quality. From strict chemical composition analysis and physical property testing of each batch of raw materials to ensure that the composition and performance of the materials meet the design requirements, to the use of three-coordinate measuring instruments, roughness meters and other precision testing equipment to monitor the dimensional accuracy and surface roughness of each accessory in real time during the machining process. For critical dimensions, each processed accessory must be fully inspected, and for non-critical dimensions, random inspections are conducted, with a random inspection ratio of 20%. The finished parts of the Surgical Robots Machined Parts must also undergo comprehensive performance tests, including strength tests, fatigue tests, etc. The strength test uses a tensile tester and a pressure tester to test according to the load multiples required by the design to ensure the reliability of the parts in actual use. The fatigue test simulates the stress conditions of the Surgical Robots during long-term use. After the specified number of cycles, the parts are checked for damage or deformation to ensure that each Surgical Robots Machined Parts we ship is qualified!
Kezhen is your one-stop solution providing Surgical Robotic Parts that will meet your needs. For more information or to discuss how our Surgical Robots Machined Parts can benefit your project, please contact us today and send your drawings and requirements. Our professional team is looking forward to hearing from you!
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