As the pearl on the crown of the electronics industry, the semiconductor industry has core equipment such as photolithography machines and etching machines that require the quality of compressed air to reach the nanometer level. From wafer transfer to photolithography alignment, each stage requires a compressor to provide a clean gas source with a pressure fluctuation of ±0.3% and a dew point of ≤-40℃. Any impurities or pulsations will cause the entire batch of wafers to be scrapped. Although traditional imported compressors can meet some demands, the sky-high maintenance costs and the half-year-long waiting period for spare parts caused by technological monopolies make it extremely difficult for chip manufacturing enterprises to move forward in the fierce competition where every second counts.

Zhejiang Meisong Compressor Co., Ltd. has developed a "super-clean pressure control matrix" service system in response to the characteristics of semiconductor processes:

The core value of Meisong's solutions

【Efficient maintenance and repair, minute-level response】

Form industry-specific maintenance teams, establish a rapid response network for key regions across the country, implement a 4-hour ultra-fast response mechanism, and ensure on-site service within 8 to 48 hours through standardized service processes, compressing the fault handling time to the leading level in the industry

【Domestic spare parts, no worries about substitution】

Break through technical barriers to achieve independent control of core components, independently develop a full range of imported replacement spare parts covering impellers, air seals, gear shafts, etc., and perfectly adapt to mainstream models of imported brands such as Siemens and Atlas. Significantly reduce procurement costs through domestic substitution and establish a hierarchical delivery guarantee system: conventional spare parts can be delivered quickly, and the delivery cycle of core components is much better than the industry average, completely solving the "bottleneck" problem.