Case Study: Measures Against Incorrect Valve Operation Due to Human Error *Currently Available for Free
Complete Case Study of Flow Paths: Lock valves with locks and tagged wires! Presenting examples of measures against valve misoperation.
During busy times or when operations that are not usually performed occur, operational mistakes are likely to happen. We will introduce examples of preventing accidents caused by human error by reducing the psychological burden on workers. KITZ SCT offers various proposals for fluid-related issues in semiconductor manufacturing. If you have any concerns, please contact us via Ipros or our company website. Website: https://www.kitzsct.com/contact/product/?utm_source=Ipros&utm_medium=web&utm_campaign=Arbooth
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basic information
Are you having any trouble? Safety measures for diaphragm valves with round handles. We will introduce examples of measures to prevent valve misoperation. - Prevention of operational mistakes with gas supply equipment valves - Prevention of careless mistakes that tend to occur during busy periods
Price information
It varies depending on the product specifications. For more details, please contact us through our website.
Delivery Time
※It varies depending on the specifications, so please feel free to consult with us.
Applications/Examples of results
Purpose: By attaching a lock to the valve and limiting the number of people who can operate it, we prevent incorrect operation of the valve, which can be a cause of human error.
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Company information
KITZ SCT combines a wide range of technologies, including metal processing and welding techniques, a spacious and clean environment, ultra-precision cleaning systems, and uniquely developed ultra-precision polishing technology, to develop, manufacture, and provide sales services for various piping components used in semiconductor manufacturing, from vacuum to high-pressure systems. Additionally, we incorporate strict quality control systems, including ISO standards and high-pressure gas certification, aiming for comprehensive cleanliness through all analyses and evaluations from material analysis to process/final products, always responding to the needs of the times.