Taiwan stands as a global powerhouse in semiconductor manufacturing, playing a critical role in advanced processes and foundry capacity. To help semiconductor manufacturers mitigate process risks and reduce production costs, Kinetics, a global leader in analyzer systems and solutions, leverages its 25 years of profound industry experience and development capabilities. Through continuous innovation, Kinetics has successfully developed a range of advanced equipment, effectively empowering the semiconductor manufacturing industry to strengthen its international competitiveness.

A key highlight is the "LNI HG-SB Hydrogen Generator," a sub-atmospheric hydrogen supply system which has earned both SEMI S2 and S8 safety certifications and delivers a stable output of high-purity hydrogen (up to 600 ml/min at 99.9999% purity). This system has already helped a major semiconductor manufacturer save over NT$10 million annually on cylinder-related costs.

For water quality monitoring, the "MIC-9000 Modular Online Ion Chromatograph" serves as a guardian of semiconductor manufacturing, ensuring the quality of ultrapure water (UPW) through ion monitoring to prevent wafer defects caused by trace impurities. Furthermore, it plays a crucial role in monitoring wastewater and effluent by detecting residual specialty chemicals. Moreover, the “MGA-9000-DO Dissolved Oxygen Analyzer” specifically monitors dissolved oxygen impurities in UPW to safeguard product quality. In Steam and Water Analysis Systems (SWAS), it also serves a vital corrosion control function, enhancing efficiency and extending equipment lifespan.

For gas monitoring, Kinetics offers the "NMHC-9000 Methane, Non-Methane, Total Hydrocarbon, and BTEX Analyzer," specifically designed to measure the content of methane (CH4) and non-methane hydrocarbons (NMHC) in both ambient air and emission stacks. Another key product is the "MVM-9000 Modular Differential Pressure Flow Meter," which has been awarded a Taiwan Invention Patent and holds TS explosion-proof certification. It is specially engineered to measure the velocity and volumetric flow rate of exhaust or process gases within pipelines and stacks.

As a leading global system integrator for online gas and water quality analyzers, Kinetics is the exclusive Taiwan distributor for renowned international water analyzer brands 3S ANALYZERS S.r.l. and ECD ANALYZERS LLC., providing solutions such as Continuous Water Monitoring Systems (CWMS) and Steam and Water Analysis Systems (SWAS). By integrating these cutting-edge online water quality analyzers and system accessories with its system integration expertise, Kinetics works together with partners to deliver more efficient and intelligent one-stop automation solutions.

"Kinetics is a global leader in analyzer systems and solutions," stated CEO Mr. Jones Chang. "We leverage our expertise across a wide array of industries—including semiconductors, petrochemicals, refining, power generation, steel, and research institutions—to assist our clients in overcoming their most complex challenges by providing comprehensive total solutions for process, environmental, and industrial safety analytics."

LNI HG-SB

The Ideal Alternative to Compressed Hydrogen Cylinders

In response to the semiconductor industry's demand for process hydrogen, Kinetics has leveraged over 20 years of industry experience and development expertise to provide the ultimate solution: the "LNI HG-SB Hydrogen Generator," a negative pressure supply system. Implemented by a world-renowned semiconductor manufacturer, the system not only optimizes processes but also saves the client over NT$10 million annually in costs associated with sub-atmospheric pressure hydrogen cylinders.

The LNI HG-SB is specifically designed for semiconductor applications such as ion implantation, making it an ideal and safer alternative to traditional compressed hydrogen cylinders. Its key advantages include an ultra-high purity hydrogen supply, a comprehensive safety design, and intelligent, modular operation.

Utilizing PEM technology, the LNI HG-SB continuously provides high-purity hydrogen at up to 600 ml/min with a purity of 99.9999%, meeting the most demanding process requirements. The system is certified with SEMI S2/S8 and features an adjustable sub-atmospheric pressure output of 100-600 torr. All sub-atmospheric connections are made with VCR fittings, guaranteeing leak integrity with a helium leak rate of ≤1 x 10⁻⁸ mbar·L/s. This makes it particularly suitable for semiconductor processes like ion implantation, ensuring the highest level of inherent operational safety.

The LNI HG-SB is also equipped with multiple safety mechanisms, including an automatic water refill system, static drying, and a hydrogen detector, and supports RS485, USB, and an optional wireless interface. Featuring a modular design with a touchscreen, the system is easy to install and intuitive to operate, enhancing efficiency, simplifying maintenance, and ensuring long-term reliability—making it the ideal solution to replace sub-atmospheric pressure hydrogen cylinders.

MIC-9000 : The Guardian of Wafer Yield

In semiconductor manufacturing, Ultrapure Water (UPW) is indispensable. Any trace impurity can lead to wafer defects, making the monitoring of ions in UPW a critical factor in ensuring high yields and product quality.

The MIC-9000 (Modular Ion Chromatography) is a high-end, modular online ion chromatograph that offers ultimate flexibility to effortlessly handle complex challenges. It not only serves as the guardian of wafer yield but also provides strict oversight in wastewater and effluent monitoring by detecting any residual specialty chemicals.

Furthermore, in response to the Ministry of Environment's latest amendments to the "Air Pollution Control and Emission Standards for the Semiconductor Industry," which mandate the monitoring of air pollutants such as nitric acid, hydrochloric acid, phosphoric acid, hydrofluoric acid, and sulfuric acid in stack emissions, the MIC-9000 offers a perfect solution. Paired with the MARGA (Monitor for AeRosols and Gases in ambient Air) system, it effectively addresses the need for continuous, automated monitoring of acidic gases for clients in the semiconductor industry.

Link : Economic Daily News