The research and development of medical devices is becoming more and more important, and prototype is an important part of the research and development of medical devices. As an important means, the prototype proofing technology of medical devices is increasingly applied to the development of medical devices. Prototypes can be used as CAD digital model visualization, design evaluation, interference inspection, and even some functional tests. Manufacturing of common hand models of medical equipment: medical equipment, fitness equipment, B-ultrasonic detector, anesthesia machine, blood glucose meter, X-ray machine, hemodialysis instrument, monitor, foot care box, etc., including various medical equipment and beauty equipment.
The prototype can enable users to intuitively understand the appearance and performance of products that have not been put into mass production and make timely evaluation, so that the manufacturer can timely improve the products according to the needs of users and market research, create favorable conditions for product sales, and avoid possible losses due to blind production. For the prototype of medical devices, we generally use CNC processing, which can accurately reflect the information expressed in the drawings. Moreover, the surface quality of the prototype processed by CNC is high, especially after the completion of surface painting and silk screen printing, even more brilliant than the products produced after the mold is opened. CNC prototype processing can achieve high processing accuracy, The surface quality and some fine parts can be well compensated in the post-processing stage of processing and manufacturing. CNC has a fast processing speed, low cost, a wide range of applications, and many materials. Therefore, CNC prototype processing has become the mainstream process in the prototype manufacturing industry.