В прецизионной обработке с ЧПУ существует множество распространенных процессов постобработки., такие как термообработка и обработка поверхности. These processes are all designed to make precision parts more practical.
Heat treatment consists of three stages: heating, holding, and cooling. The primary factors influencing heat treatment are temperature and time.
Heat treatment involves heating steel in a solid state to a certain temperature, holding the necessary temperature, and cooling it to room temperature at an appropriate rate to change the steel’s internal structure and achieve the desired properties.
In CNC precision machining, heat treatment is used to improve the mechanical properties of machine parts and ensure that the machining quality meets product requirements.
The Importance of Heat Treatment in CNC Precision Machining
- Its purpose is to change the internal structure of steel to improve its performance.
- Appropriate heat treatment can significantly enhance the mechanical properties of steel and extend the service life of machine parts.
- Heat treatment processes not only strengthen metal materials, fully tapping their performance potential, reducing structural weight, and saving material and energy, but also improve the quality of mechanical products and significantly extend the service life of machine parts.
- Appropriate heat treatment process can eliminate various defects caused by hot working processes such as casting, ковка, и сварка, refine the grain, eliminate segregation, reduce internal stress, and make the steel structure and properties more uniform.
О RapidEfficient
RapidEfficient специализируется на высокоточной обработке на станках с ЧПУ. 18 многолетний опыт. Ее продукция охватывает медицинские, коммуникации, оптика, дроны, умные роботы, детали автомобильной и офисной автоматизации. Обрабатывающие центры с ЧПУ компании включают четырехосные, пятиосные и рычажные станки, и оснащены прецизионными проекторами, трехкоординатные измерительные машины, спектрометры и другое прецизионное испытательное оборудование. Точность обработки может достигать 0,01 мм, а точность тестирования - 0,001 мм..
