Used TEL / TOKYO ELECTRON COT Chemical cabinet for Clean Track Lithius #293660550 for sale

ID: 293660550
SOPS SOCS HMSP HMVP HMTS (2) HMTS.
TEL COT's Chemical Cabinet for Clean Track Lithius is a photoresist equipment designed for use in the microchip manufacturing process. It is designed to accurately and efficiently dispense solutions such as photoresists, developer, light etching, and solvents into containers. The system ensures that these liquids are free from contamination and accurately dispensed based on production needs. The chemical cabinet is an automated unit with an integrated control unit and a pinch valve controller to accurately control the flow of the liquids. The machine is equipped with a pressure gauge that monitors the tool and reassuring the user that the liquids are safely and properly dispensed. The chemical cabinet incorporates a filter unit that acts as a buffer between the liquids and the working environment, ensuring safety for the operator when handling the liquids. The integrated control asset is designed for easy operation and provides consistent set points for uniform dispense throughout the process. The model uses TOKYO ELECTRON COT's proprietary "Clean Track" technology to ensure a clean and safe environment during processing. This equipment produces high-quality results and minimizes the risk of contamination. The design of the system also makes it easier for operators to access and replace components and cartridges without having to open the unit. The machine also incorporates a disposable cartridge tool to aid in cleanliness and reduce environmental and safety concerns. All of the components and materials are tested for compatibility and are non-toxic to ensure the highest levels of safety. The Chemical Cabinet for Clean Track Lithius is designed to be highly efficient and accurate for a reliable and cost-effective solution for manufacturing needs. This asset is ideal for use in a wide variety of electronic processes, providing controllable and precise dispensing of liquids. The model is highly efficient and its reliable results make it an attractive choice for those in the microchip manufacturing industry.
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