Specialty machining is a type of machining for special materials or shapes that usually requires the use of special processes and equipment. Specialty machining usually involves high-precision, demanding and difficult machining, and requires specialized skills and experience to ensure machining results and quality.
Specialty machining is used in a wide range of applications, including aerospace, military, energy, automotive, electronics, medical and other fields. The following will introduce several common types of special machining:
1. Optical machining: Optical machining is a high-precision machining method that is usually used to manufacture optical devices, optical instruments and precision measuring instruments. Optical processing requires the use of high-precision equipment and tools, such as beam control systems, laser processing machines, optical analyzers and so on.
2. Ultrasonic machining: ultrasonic machining is a way of using ultrasonic vibration to process materials, usually used in the manufacture of microfabricated structures and special shaped parts. Ultrasonic machining can achieve high precision, high efficiency and low damage processing results, widely used in electronics, automotive and medical fields.
3. Laser Processing: Laser processing is a way of using laser beams to process materials, usually used to manufacture high-precision, high-quality and special-shaped parts. Laser processing can realize high-speed, high-efficiency and low-damage processing effect, widely used in aerospace, military industry and energy and other fields.
4. EDM: EDM is a way to process materials using electric spark discharge, usually used to manufacture micro-structures and specially shaped parts. EDM can achieve high precision, high efficiency and low damage machining results, widely used in automotive, electronics and medical fields.
In short, special machining is a high-precision, demanding and difficult machining method that requires specialized skills and experience to ensure machining results and quality. With the continuous development of science and technology, the application of special machining will become more and more extensive, and become an important force to promote the development of high-end manufacturing.