Shenzhen Jewellok Technology Advances Semiconductor and High-Purity Process Safety with VMB Gas Cabinet, Gas Changeover Manifold, and Bulk Chemical Delivery System Solutions
Publish Date: 2026-06-15 17:57:00
Source Domain: markets.businessinsider.com
Shenzhen, China, June 15, 2026 (GLOBE NEWSWIRE) — Shenzhen Jewellok Technology Co., Ltd., a leading manufacturer of ultra-high purity fluid control and gas delivery solutions, today announced the continued expansion of its advanced product portfolio, including the VMB Gas Cabinet, Gas Changeover Manifold, and bulk chemical delivery system (CDS) technologies designed for semiconductor, photovoltaic, biotechnology, pharmaceutical, and advanced manufacturing industries.
As global demand for high-purity gas and chemical handling systems continues to grow, manufacturers require reliable infrastructure capable of delivering maximum safety, contamination control, and uninterrupted process performance. Shenzhen Jewellok’s integrated solutions address these critical challenges through intelligent engineering, automation, and strict compliance with industry requirements. Jewellok’s gas handling and distribution technologies are widely utilized across semiconductor fabrication facilities, laboratories, cleanrooms, and industrial production environments.
The company’s flagship VMB Gas Cabinet solutions are engineered to provide secure storage, monitoring, and distribution of specialty gases used in semiconductor manufacturing and other high-purity applications. Featuring advanced safety mechanisms, automated purging capabilities, explosion-resistant designs, and high-purity gas delivery architecture, the systems help ensure operator safety while maintaining process integrity. The VMB platform supports a variety of specialty gases commonly used in deposition, etching, and precision manufacturing processes.
Complementing the VMB product line, Shenzhen Jewellok’s Gas Changeover Manifold systems are designed to provide continuous and uninterrupted gas supply by automatically switching between gas sources when cylinder pressure reaches predetermined thresholds. Available in both semi-automatic and fully automatic configurations, the systems reduce downtime, minimize…
