Quartz glass machining mainly refers to the precision machining of quartz glass in shape and size by mechanical means. This type of machining is used to produce products that require a high degree of consistency and stability, such as quartz components used in semiconductor manufacturing. Mechanical processing can include cold working processes, hot working processes, annealing processes, dehydroxylation processes, high purity coating processes and high temperature resistant coating processes. The application of these processes ensures that quartz glass products meet the needs of specific industries, such as optical fibers, electric light sources, scientific instruments, and other areas where high precision is required.
In the machining process, the equipment used is usually of high precision and the technical difficulty is correspondingly high. For example, a precision engraving machine is one type of equipment used for quartz glass processing, which can produce quartz products that meet specific specifications through fine engraving. In addition, customized quartz glass processing services are available to meet the individual needs of customers.
