Centering machines are widely used in the automotive industry, especially for the processing of high-precision, composite slender shaft parts such as valve stems, valve cores, and throttle shafts. The worm gear transmission structure in automobiles has the characteristics of high transmission ratio. In order to improve transmission efficiency and reduce noise, the worm precision is required to be very high, which is mainly reflected in the tooth profile accuracy and surface roughness, and requires mass production. The centering machine has main and auxiliary double spindles. With the power head design, it can simultaneously perform functions and multiple processes such as turning, milling, grinding, reaming, drilling, boring, tapping, end face grooving, side grooving, side milling and angle drilling. Processing, while ensuring accuracy, is more efficient and saves labor.
Medical device industry: processing of high-precision, composite special-shaped parts such as metal bone screws and dental implants.
In the medical device industry, with its high-precision machining accuracy, the centering machine is suitable for processing high-precision, composite special-shaped parts such as metal bone screws, dental implants, thermometer rods, and abdominal surgical forceps. Most of these precision medical devices are made of titanium alloy, which is difficult to process. However, a centering machine such as the Tsugami centering machine BO205 combined with NAKANISHI high-frequency milling to process precision parts of medical devices can provide accuracy guarantee for processing. At the same time, ESPRIT multi-channel centrifugal machine programming assists in the processing of medical products, and can easily solve the problems of a wide variety of medical products, complex structures, and extremely high requirements for precision and surface roughness.
3C industry: processing of high-precision, multi-batch small parts such as non-standard screws and nuts in mobile phones, camera frames, etc.
In the 3C industry, high-precision, multi-batch small parts such as non-standard screws and nuts, camera frames, and button frames in mobile phones are also important application areas of machine technology. The centering machine adopts dual-axis arrangement of tools to reduce processing cycle time, multiple tool table overlap functions, thread chip effective axis movement overlap function, and direct spindle indexing function to shorten the idle time and ensure constant processing accuracy. Reduce the defective rate of 3C products.
