Semiconductors—the digital cornerstone of modern civilization 
     In the intelligent era of the Internet of Everything, semiconductors, as the "smart heart" of electronic devices, have become an important guarantee of a nation's technological strength and industrial competitiveness. From the chips in smartphones to large-scale integrated circuits in data centers, from power modules in new energy vehicles to computing engines in artificial intelligence, semiconductors permeate every corner of the technological revolution. The complexity of semiconductor manufacturing processes is considered the pinnacle of human engineering history—carving billions of transistors on a wafer the size of a fingernail, with errors controlled at the atomic level. This miracle is achieved through precise control of the entire manufacturing process.

Precision fluid control components—a powerful support for semiconductor processes 
     As process technology continues to shrink, semiconductor manufacturing has evolved into an ultimate challenge to the nature of matter. Under high-temperature, high-pressure, and high-vacuum process environments, a 0.1% gas fluctuation or a 1 Torr pressure change can lead to incomplete chip functionality. Precision control components serve as powerful support for semiconductor processes, controlling gas delivery and pressure balance at the nanoscale, transforming theoretical yield into actual output. 
     AURASKY is deeply aware of the crucial role of precision control components in semiconductor processes. After years of research and development and production, it has formed a product line of precision control components, including gas mass flow controllers, reaction chamber pressure controllers, capacitive thin-film vacuum gauges, butterfly valves, and swing valves, which are responsible for completing gas flow and pressure adjustments in milliseconds. 

AURASKY' precision fluid control products—key participants in chip manufacturing 
     As an innovation pioneer in precision control, AURASKY successfully developed its first thermal analog gas mass flow controller product in 1979, successfully launched a thermal digital product in 2008, and successfully developed gas measurement and control products for semiconductors in 2010. 
     In recent years, AURASKY, relying on its experience and technology in flow control, has continuously broken boundaries, gradually developing pressure-type digital gas mass flow controllers, liquid flow controllers, gas path systems, pressure controllers, capacitive thin-film vacuum gauges, liquid pressure sensors, butterfly valves, swing valves, and other precision fluid control products. Among them, the CS316 mass flow controller is a pressure-insensitive product specially developed for semiconductor manufacturing processes, which can reduce the influence of front-end pressure changes on instantaneous flow; the VG200 capacitive thin-film vacuum gauge can achieve 0.1 Torr pressure detection; the PC series gas pressure controller has a response speed of less than 1 second; the gas path system, through deep fusion design, precision processing, and system testing capabilities, can provide customers with customized products and solutions.

    AURASKY' precision fluid control products can be applied to more than 20 processes in semiconductor manufacturing, including crystal growth, epitaxy, ion implantation, etching, deposition, cleaning, oxidation annealing, chemical polishing, and testing. AURASKY' precision fluid control components are deeply involved in each process step. 

     In the future, AURASKY will take continuous innovation as its mission, dare to break its own boundaries, actively explore the forefront of technology, and drive value creation to contribute AURASKY' value to global partners.