Used ULTRON SYSTEMS INC / USI UH 101 #9262846 for sale

USI./ULTRON SYSTEMS INC / USI UH 101 is a photoresist equipment that has been developed to provide a reliable and efficient platform for creating electronic components. This system utilizes Ultra Violet light to cure or create photo-resistive layers over a substrate, which is then used to produce various electrical components. The UV light used by USI UH 101 consists of high intensity UV lamps that emit light with a wavelength of 254 nanometers. This range of UV light is ideal for curing the photo-resistive layers as it allows for precise curing with minimal risk of overexposure or cross-linking of the material. Through this curing process, multiple layers of patterns and details can be created to create various different components. ULTRON SYSTEMS INC UH 101 also features a proprietary, high gain optical unit. This optical machine is designed to accurately route the UV light to the desired area of the substrate. This tool allows for precise curing, as it ensures the UV light is not wasted on areas of the substrate which do not require curing. In addition to the curing process, UH 101 has a built-in pattern recognition asset. This feature utilizes computer vision techniques to detect features and patterns on existing substrates or components, allowing it to produce components which closely match the original pattern. ULTRON SYSTEMS INC / USI UH 101 is also equipped with a semi-automated processing model, which is capable of running multiple processes in parallel. This equipment ensures that the system is able to operate at a much higher rate of speed compared to manual processing systems, allowing for faster production times and higher quality components. Overall, USI UH 101 is a reliable photoresist unit which is designed to provide efficient and accurate photo-resistive layer curing. The features of this machine helps to ensure that high quality components are produced in a timely manner, making it an ideal choice for industrial and professional applications.