Carbon fiber surgical robotic arms: Compared with the manual operation of doctors, surgical robots show more stable accuracy and precision in conventional operations. Common surgical robots are mostly composed of monitoring cameras, mechanical arm structures, lifting components, It is composed of parts such as platform and surgical instruments. Among them, the role of the robotic arm is particularly important. The structure and motion accuracy of the robotic arm directly determine the working range of the end effector and the success rate of the operation.
As the main component to realize the speed and accuracy of the workpiece movement, the robotic arm generally includes the shoulder joint, the elbow joint and the wrist joint. No matter which part, the dynamic and static loads to be endured are relatively large, that is to say, the bearing capacity is required. and stiffness to meet higher requirements. Moreover, to achieve the ultimate in flexible operation, on the one hand, it relies on precise positioning, and on the other hand, it depends on the lightness and speed of the robotic arm itself. The use of lightweight carbon fiber composite materials to make the robotic arm can effectively reduce the extra load caused by the length of the arm, and the high-strength and high-performance material properties also increase the safety and reliability of the operation of the entire robotic arm.
Carbon fiber operating table surface: Carbon fiber composite medical panels are widely used in radiotherapy, such as carbon fiber breast examination support, carbon fiber medical head support, carbon fiber web fixing plate for rectal cancer, etc. With the continuous improvement of medical needs, the application of carbon fiber composite materials in operating beds is also increasing.
The traditional operating bed needs to continuously adjust the position of the bed and the traction frame to achieve the X-ray transmission function, which will inevitably increase the workload of medical staff and reduce the efficiency of the operation. Due to the good X-ray transmission performance of carbon fiber material, the fluoroscopy target of the entire operating table can be achieved without constantly adjusting the position of the bed and the traction frame, and a high-definition fluoroscopy imaging effect can be achieved, which can greatly reduce the medical staff The operation burden is reduced, the negative impact of X-rays on patients is reduced, and the application effect is ideal.
