Medical device parts on the machining tool puts forward new requirements

In the new wave of world economic integration, the global manufacturing industry to accelerate the transfer to the Chinese mainland region has been the general trend, China will also gradually develop into a world-class manufacturing base. "Global general machinery, automotive, aerospace, energy, medical, rail transportation, mold machine tools and other industries are inseparable from the tooling equipment." From the future development trend, the global cutting tool market in the next five years is expected to grow 3% to 5% per year, according to such a growth rate, we are still firmly in the world's first chair. From the point of view of the domestic supply of cutting tools, domestic cutting tools occupy the mainstream position, amounting to 65%. Medical device parts processing industry is a dynamic growth trend, medical device manufacturers are also continuing to seek better turning centers and tools to enhance their competitive advantage, which has become a major channel of growth in the tool industry. First, the medical device parts processing industry put forward new requirements for specialized precision tools difficult to process materials, complex workpiece shapes and frequent small batch production for the processing of specialized medical devices put forward high requirements for the tool. Implants and prostheses, for example, play a very important role in successful surgical procedures and help surgeons to achieve optimal medical results. The tools used to process medical devices determine to a large extent the quality of the medical device. The uses of tools in medical device manufacturing are varied and wide-ranging, ranging from simpler workpieces such as housings for large devices (e.g., computerized X-ray tomography) to more challenging workpieces for implants or workpieces used for cranial bone repairs or fracture treatments.1. Precision - the most basic requirementTolerances in the micron range are common in the medical industry. industry is very common, and choosing the right tool requires a keen eye and a great deal of experience. On the one hand, drilling even small holes requires lubricants to minimize friction, reliably dissipate heat and dispose of fine swarf at the cutting edge; on the other hand, the production of cutting-edge medical devices (burr-free) requires sharp, smooth-running cutting tools to achieve a high-quality surface. Commonly used cutting tools are high-speed steel drills or solid carbide drills. For example, the Walter Titex drills of the German Walther Group are designed for the machining of difficult materials such as titanium, stainless steel, precious metals and even composite materials. The standard sizes of the center holes of this series of products range from 0.05 to 46 mm, and the internally cooled drills have a diameter of up to 0.75 mm.2. Milling and drilling - Dental restorations -Dental restorations As a standard, the Walter Prototyp product Protostar series of solid carbide tools from the Walter Group is available in diameters ranging from 0.3 to 20 mm. The Prototyp production plant is located in Germany and is a well-known supplier to the medical industry. Its taps and thread milling cutters are mainly used for machining titanium alloys, such as bone screws or hip joints, and thread milling cutters with a diameter of 1.6mm can also be used to produce dental restoration products. Ltd. is a professional engaged in precision mechanical parts processing, non-standard parts processing and titanium alloy machining of professional companies for food machinery, aerospace, solar equipment, medical equipment, electronic equipment, photoelectric communication equipment, office automation equipment, industrial equipment, household appliances and other industries to provide all kinds of precision mechanical parts processing and tooling processing, Edelweiss electromechanical in the high-precision titanium alloy parts machining, shafts, shafts, and other parts of the industry, Edelweiss electromechanical in the high-precision titanium alloy parts machining. Edelweiss has rich experience in high precision titanium alloy parts machining, shaft parts machining, semiconductor equipment parts machining and so on. Please accept my answer, thank you. If there is anything else you need, you can ask, thank you!