Used DNS / DAINIPPON SCW-636-BV #9269117 for sale

DNS / DAINIPPON SCW-636-BV is a photoresist equipment manufactured by DNS SCW Co., Ltd. The system is a highly advanced, leading-edge photoresist unit built to be used in the development and manufacture of microelectronic devices. DNS SCW-636-BV features a fully-integrated photoresist coating machine with a light source, flood exposure, aligner, rinse and spin-dry unit, and fully-customizable layers of photoresist. It offers the user an unprecedented level of customization and control over the photoresist coating and deposition process. The photoresist tool is designed to be used in the production of fine-pitch circuit boards. Its integrated light source is built to cover an extremely wide wavelength range of 400nm - 1,200nm. This can be used to make use of advanced Photon Semiconductor Lithography (PSL) techniques. The flood exposure unit is built with a precision glass slide to provide a uniform uniform exposure throughout the process. The aligner is designed with advanced pattern recognition software to accurately align the photoresist application process. This ensures that the photopatterns are accurately reproduced and deposited onto the substrate. The Rinse and Spin-dry unit is equipped with a high-precision motor controller to ensure that the rinse is done evenly, to avoid contamination of the substrate. The customizability of the photoresist layers allows the user to choose the perfect combination of processing techniques for each layer, allowing for an unprecedented level of control over the photoresist process. This allows for precise replica of patterns, with smooth and uniform surfaces. Overall, DAINIPPON SCW-636-BV is a state-of-the-art photoresist asset designed for use in microelectronics. It features an integrated set of components, including a light source, flood exposure, aligner, rinse and spin-dry unit, for versatile and accurate photoresist application. Its customizable photoresist layers offer unprecedented levels of control, while its precision motors and glass slides ensure that the photopatterns are accurately reproduced, with even coatings and surfaces.