Quartz glass is a core supporting material for optical instruments, scientific research experiments, semiconductor equipment and high-temperature industrial equipment due to its outstanding properties. These include ultra-high light transmittance, high-temperature resistance, corrosion resistance, stable insulation and extremely low coefficient of thermal expansion. However, quartz glass is extremely brittle and highly sensitive to stress. It is susceptible to cracking, chipping, and surface peeling when heated or subjected to uneven force. Furthermore, there is a risk of fine scratches and fogging defects occurring during processing. The technology, equipment stability and stress control requirements are extremely strict, and the processing difficulty far exceeds that of ordinary glass and conventional ceramics.

High-precision processing and forming of quartz glass is the solution to the industry’s challenges. The industry has been experiencing issues with quartz glass, including brittleness, susceptibility to defects and difficulty in precision control. Drawing on many years of material processing experience, as well as our own precision equipment and cutting-edge low-stress technology, we offer high-precision, high-transparency, crack-free and fog-free forming of quartz glass. We provide high-quality precision processing services for quartz glass components in the fields of optics, scientific research, semiconductors and high-temperature industries.

A dedicated low-temperature difference and low-stress processing system has been developed for the purpose of analyzing the stress characteristics of quartz glass. The process is meticulously executed through uniform and gentle cutting, ensuring the precise release of processing stress and preventing cracking and chipping caused by local stress accumulation. The cutting depth and feed rate can be set with a high degree of precision, making it suitable for a variety of materials, including ultra-thin quartz plates, irregular glass structures, and precise micro-holes and slots. The process is capable of eliminating defects such as surface peeling, chipping at corners, surface fogging, and scratches, ensuring a high-quality and consistent outcome. The finished products are characterized by their transparency, smoothness and complete performance.

This high-rigidity and stable machine has been designed to ensure no shaking or positional deviation throughout the processing process. This ensures precise dimensional tolerance, thereby guaranteeing the forming accuracy of irregular structures and precision parts. The finished products have a uniform appearance and consistent precision. At the same time, the cleanliness of the processing environment is strictly controlled to prevent dust from adhering to the glass surface and affecting the light transmission effect. The finished products fully meet the strict usage standards of optical detection, high-temperature working conditions, and precision experiments.

This versatility extends to quartz glass samples for scientific research experiments, light-transmitting components for optical instruments, and quartz accessories for semiconductors and high-temperature equipment, all of which can be precisely processed according to customization. Quartz glass is a highly advanced material that offers a number of distinct advantages, including high temperature resistance, high light transmittance and corrosion resistance. However, to ensure optimal performance, it is essential to utilize mature and stable technology for processing.