Used DNS / DAINIPPON SCW 524-BV #293622173 for sale

DNS / DAINIPPON SCW-524-BV is a photoresist equipment designed for use in lithography, a process used in semiconductor fabrication. This system is a cost-efficient and reliable tool for creating high-performance microelectronic devices and systems. DNS SCW-524-BV utilizes a proprietary photoresist technology that allows for a high degree of resolution accuracy when masking off specific areas of the workpiece. This unit has the ability to accurately pattern the surface for submicron-scale and even nanoscale lithographic processes. DAINIPPON SCW-524-BV utilizes light source imaging and dispersion-based resist material deposition to create submicron-scale microstructures. The light source is a quartz-sapphire laser with a wavelength of 365nm and output of up to 1.3kW. This laser is able to achieve resolution up to 0.7µm, allowing for the creation of patterns on the substrate with extreme accuracy and uniformity. The dispersion-based resist material deposition machine consists of a pair of nozzle bars, which dispense the resist material over the substrate at a rate of up to 10ml/min. The, thickness of the resist is adjustable and can range from 0.5µm to 10µm, depending on the application. SCW-524-BV photoresist tool is easy to use, although training is recommended. The asset is designed for industrial use and is capable of achieving high throughput when setup and used correctly. The model features a uniform temperature control equipment, allowing the user to precisely control the temperature and work area environment. This contributes to higher resolution images and improved reproducibility. The system also features a nitrogen atmosphere, which helps reduce the number of contaminants on the workpiece and enhance cleanliness. DNS / DAINIPPON SCW-524-BV photoresist unit is a reliable, cost-efficient tool for creating high-performance microelectronic devices and systems. Its high resolution, adjustable resist thickness and uniform temperature control capabilities ensure that this machine is capable of achieving accurate results with a high level of reproducibility.