Used TEL / TOKYO ELECTRON ACT 8 #9300128 for sale

TEL / TOKYO ELECTRON ACT 8
ID: 9300128
(2) Coater / (2) Developer system Single block.
TEL / TOKYO ELECTRON ACT 8 is a next-generation photoresist equipment developed by TEL Limited (TOKYO ELECTRON). Photoresist is a chemical used in the production of electronic components and light-sensitive polymers which can be used to create patterns on a substrate. Photoresist systems are used in a variety of manufacturing processes, from photolithography to etching. TEL ACT 8 boasts a a variety of features which set it apart from other photoresist systems. It is a high-performance resist system, which enables the use of images and video data from fluorescence digital imaging microscopy (FDIM) with an 8-inch wafer. This means that it can accurately form patterns with high repeatability and uniformity. It has a state-of-the-art cleaning unit which allows for efficient removal of metal ions and organic contaminants. This reduces cleaning defects and debris caused by poor rinsing. The enhanced mask deposition characteristics make it easier to control line widths as well as film thicknesses. This helps to ensure that the pattern transfer process from the photomask to the substrate is accurate. The machine also has improved processing characteristics compared to other photoresists, allowing for faster processing speeds. In addition, the maximum process time has been extended, which decreases the risk of particle contaminationand damage to substrates. The advanced control capabilities of TOKYO ELECTRON ACT 8 help to ensure more accurate pattern misalignments and line widths. It is also able to incorporate dry etching and chemical processes sequentially, simplifying production processes and making them easier to monitor and optimize. Overall, TEL ACT 8 is an advanced photoresist tool which offers benefits such as faster processing speeds, improved cleaning capabilities, enhanced mask deposition characteristics and extended process times. This helps to improve the accuracy, uniformity and repeatability of reducing defects and improving substrate processing. It is an advanced asset which offers substantial advantages for the production and fabrication of electronic components.
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