Used TOKYO SHOKAI Miniax DH150 #9258849 for sale

TOKYO SHOKAI Miniax DH150 is an innovative photoresist equipment used for developing lithography images. It is a dual-beam system that uses ultra violet (UV) light exposure to form a latent image on the semiconductor wafer. This unit is designed to facilitate the process of lithography and help meet the demands of high-volume, high-precision wafer production. The DH150 is equipped with two advanced UV exposure modules, each with an effective 1.5-megapixel resolution. This provides an excellent precision and high resolution of the image acquired on the wafer. It has an adjustable, repeatable exposure range of 1.7 to 207 mJ/cm2, allowing users to develop images reliably on a wide range of wafer types and to meet complex lithography requirements. Miniax DH150 machine is equipped with a highly-accurate tunnel slide stage, enabling users to acquire a uniform wafer exposure. This is ideal for quick and accurate exposure of the photoresist material, even for high-resolution silicon wafers. The tool also employs an advanced tunnel scanning asset to provide users with enhanced uniformity and accuracy. TOKYO SHOKAI Miniax DH150 is designed with a highly-efficient and reliable spraying model, ensuring efficient delivery of the photoresist material. This equipment is composed of a 200 mm sprayer head with a high-resolution setup that can deliver a uniform spray pattern across the entire wafer surface. It is also equipped with an adjustable spray nozzle length that enables users to precisely customize their spraying patterns and optimize their lithography requirements. Miniax DH150 is an advanced photoresist system that provides users with an efficient and precise lithography process on a wide range of wafer types. It is equipped with an extremely accurate dual-beam unit, a highly efficient tunnel slide stage, and a reliable sprayer machine. This tool is an excellent choice for achieving precision and high-resolution images, making it an essential tool for any lithography application.