Used DNS / DAINIPPON SS-W80A-AR #9149126 for sale

DNS / DAINIPPON SS-W80A-AR is a wafer & mask scrubber that offers automatic quality assurance in a wide range of semiconductor and LCD semiconductor fabrication processes. DNS SSW80A-AR is designed to minimize astigmatism, contamination, and deep scratches. The scrubber offers a reservoir capacity of 80 liters, up to 6 stages of brush control, temperature range of 25°C to 90°C, and scrubbing speed up to 3,000 rpm. The scrubber also features a scrubbing process monitor and alarm functions for over-temperature, over-current, and over-load capacity of the brush motor. Its advanced and user-friendly software manages various scrubbing solutions such as deionized water, spin-rinse-dry cleaning solution and Teflon cleaning solution. Moreover, this scrubber has a quenching plate, a cleaning tray, and a bubble detector to facilitate operations. Additionally, its ergonomic design ensures easy handling. The dust and chip removal unit consists of an air-suctioning unit equipped with diffusion papers to prevent dust scattering. This system also uses an oil-separator filter to separate oil mist from the scrubbing solution. Furthermore, the scrubber is made of stainless steel with an anti-corrosion coating to maintain its high performance even in harsh environments. It can be easily installed and operated. Moreover, its wafer & mask scrubbing process is supported by operating quality assurance, operation data storage, and a sharing function. Furthermore, its chip-collecting system is designed for user-friendly operation with easy-to-replace filters for periodic maintenance. Overall, the DNIDAINIPPON SSW-80A-AR offers an effective solution for managing various semiconductor and LCD fabrication processes. It offers advanced user-friendly features such as a dust and chip removal unit, wafer & mask scrubbing software, and a chip-collecting system. Additionally, its operation is further supported by quality assurance and data storage. This scrubber is essential for operators to ensure efficient production with minimum contamination and deep scratches.