Used DNS / DAINIPPON SC-W80A-AG #9269971 for sale

DNS / DAINIPPON SC-W80A-AG
ID: 9269971
Wafer Size: 8"
Vintage: 1996
SOG Coater system, 8" 1996 vintage.
DNS / DAINIPPON SC-W80A-AG Photoresist Equipment is a superior photoresist system designed to process high-density, fine resolution patterns of 90 nm and below. DNS SCW-80A-AG utilizes innovative laser projection digital lithography technology that ensures precise image transfer to the wafer surface and superior resolution to create state-of-the-art devices. DAINIPPON SC W80A AG features a unique design that allows for superior precision and accuracy while processing photoresist layers on the wafer surface. The unit is built around a state-of-the-art motorized XY stage that ensures uniformity across the wafer surface and can handle wafers up to 8 inches in diameter. SC-W80A-AG also features dual laser units with pulsed laser diodes that provides ultra-precise resolution and image quality. The laser units have a photon pulse repetition rate of over 200 kHz and a highly advanced motorized scanner that accurately adjusts the laser focus to ensure uniform and accurate photoresist layer thickness. The machine also comes equipped with an advanced resistive monitor that ensures superior photoresist thickness accuracy. Additionally, DNS SC-W80A-AG comes with an array of advanced safety features to ensure the safety of all operators. This includes laser interlocks, emergency stop buttons, a locked access door, and a power-failure shutdown tool that immediately engages in the event of a power outage. Overall, DNS / DAINIPPON SCW-80A-AG Photoresist Asset is an advanced solution for photoresist processing. With its dual laser diode units, motorized XY stage, advanced resistive monitor, and cutting-edge safety features, DAINIPPON SC-W80A-AG model provides a highly accurate and reliable solution for pattern processing that can handle wafer-level devices down to 90 nm in size. With its easy setup and operation, DAINIPPON SCW-80A-AG Photoresist Equipment is an ideal choice for companies looking to create precision device patterns with unparalleled accuracy.
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