Used CRESSINGTON 108 #293777597 for sale

CRESSINGTON 108 is an automated photoresist coating equipment made by CRESSINGTON Vacuum Technologies, dedicated to producing superior photoresists for light-sensitive applications. It is a highly effective, efficient tool for moving photoresist coatings from the source material onto the substrate. This system is designed to produce low-cost, uniform coating thickness, small thin-film features, and higher dispersion quality. 108 unit has superior features which include adjustable coating speed, adjustable thickness range, adjustable pressure, and adjustable track geometry. It utilizes cross-flow distributions which provide uniformity of coating throughout the controlled area. This is done by using high-efficiency, uniform, and smooth motion of the components. Additionally, CRESSINGTON 108 machine is designed for a variety of substrates. It can easily be used on metal, silicon, quartz, and other materials with similar properties. It is also designed for a multitude of photoresist chemistries to allow for versatility in the productions lines. Furthermore, 108 is capable of producing a variety of photoresists to suit different processes, from ultraviolet photoactive polymers to electron photo-sensitive copolymers. The tool is designed to produce consistent, high-quality results from the first to the last production run, and its customizable features also allow for easy product differentiation and higher efficiency. CRESSINGTON 108 asset is ultimately designed to ease the process of photoresist production with its user-friendly interface and reliable performance. It offers users access to a range of production features to reduce setups and optimize results, allowing for cost-efficient, consistent production with short runs. Overall, 108 photoresist coating model is an effective tool in creating high-quality, uniform photoresists for a variety of applications. With its adjustable speed, adjustable thickness range, adjustable pressure, and adjustable track geometry, the equipment is designed to provide reliability, accuracy, and consistency. Furthermore, its compatibility with a variety of substrates and its versatility in producing a range of photoresists make it a viable choice for efficient photoresist production.