September 26, 2025, 07:14 PM PDT – Our advanced high vacuum molecular pump units, combined with cutting-edge leak detection systems, have achieved remarkable success in the semiconductor and photovoltaic industries. Below, we highlight five transformative case studies showcasing technical excellence and real-world impact across critical manufacturing processes.
In a leading semiconductor wafer fab, our Pfeiffer HiPace 3000 magnetic levitation turbomolecular pump (3000 L/s pumping speed, N₂ compression ratio >1×10¹¹) paired with an Edward nXDS15i vortex dry pump eliminated oil contamination risks inherent in traditional systems. Integrated with the Xiamen Taixing TXL-830D helium mass spectrometry leak detector (minimum detectable leak rate <5×10⁻¹¹ Pa·m³/s), the system reduced lithography precision deviation from ±8nm to ±3nm, boosting yield from 65% to 82%. This solution powered China’s first 7nm EUV lithography process verification, achieving a chip line width uniformity standard deviation below 5% and earning the National Science and Technology Progress Award.
A new energy enterprise revolutionized perovskite solar cell production using our Feixuan Technology FX-250LF magnetic levitation composite molecular pump (2300 L/s, ultimate vacuum 5×10⁻⁸ Pa) and Pufa ASM 380 helium mass spectrometry leak detector (response time ≤1.5s). The vibration-free pump design and a novel “leakage-coating” linkage mechanism slashed material waste by 40%, reducing film uniformity standard deviation from 15% to 3%. This boosted photoelectric conversion efficiency to 24.5%, increased single-line annual capacity to 200 MW, and cut costs by 25%.
In 3D NAND stacked packaging, our Hangzhou Kuntai KTP-304 magnetic levitation molecular pump (570 L/s, 40% lower power consumption) and Xiamen Taixing TXL-830D portable leak detector (minimum detectable leak rate 5×10⁻¹² Pa·m³/s) reduced chip-substrate bubble rates from 8% to 1.2% and thermal resistance by 20%. The modular pump design cut maintenance downtime from 6 hours to 1.5 hours, enabling China’s first 3D NAND packaging equipment verification with a 128-layer stack and a 99.7% reliability test pass rate.
For double-glass photovoltaic module lamination, our Edward STP-iXR1606 molecular pump (1600 L/s, 30% smaller footprint) and Xiamen Taixing TX-280S helium mass spectrometry leak detector (testing accuracy ±5%) reduced water vapor permeability from 5 g/(m²·d) to 1.2 g/(m²·d). An intelligent controller shortened lamination cycles by 33%, extending module lifespan to 25 years. The solution achieved TUV certification, lowering annual power attenuation to 0.3% and boosting overseas orders by 150%.
In a 5nm FinFET etching process, our Shimadzu TMP-X3405 temperature-resistant turbomolecular pump (2100 L/s, 200°C tolerance) and Leybold helium mass spectrometry leak detector (accuracy 5×10⁻¹³ Pa·m³/s) stabilized plasma density fluctuations to below 2%. A proprietary “gas composition-leakage rate” algorithm reduced etching depth deviation to ±3nm, increasing yield from 78% to 89% and cutting maintenance costs by 60%.
These case studies, backed by verified production data, demonstrate our commitment to driving innovation in semiconductor and photovoltaic manufacturing. For more details on our cutting-edge vacuum and leak detection solutions, visit our website or contact our team today.
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