Used USHIO UVX-05028S2AFL01 #293635820 for sale

USHIO UVX-05028S2AFL01 is an industrial-grade exposure equipment designed to sublimate and transfer image material to another substrate. It is a robust and reliable set-up, offering precision and accuracy with ease of operation. UVX-05028S2AFL01 features a robust aluminum frame with a large working area of 36" by 50". It is powered by a reliable air-cooled 80-watt 6-inch UV lamps for even illumination and exposure. The system's advanced electronic circuitry ensures optimal energy distribution and assuring uniformity and stability. Along with large working area, USHIO UVX-05028S2AFL01 also features an advanced design optical input unit to achieve a high-quality imaging resolution of up to 1200 dpi. UVX-05028S2AFL01 is designed with adjustable pre-programmed operation times and exposure increments in order to ensure maximum repeatability and efficiency. Additionally, it includes a timer that can be set with pre-determined exposure cycles or manually adjusted. This timer helps to ensure that the exposure times are always precisely met under the most demanding conditions. What's more, USHIO UVX-05028S2AFL01 is outfitted with an automated advanced optical filter to protect the exposed images from humidity, external radiation, and other environmental pollutants. This optical filter helps to maintain image clarity and sharpness. UVX-05028S2AFL01 further offers an array of accessories and custom configurations that allow users to customize the exposure machine to their exact research and application needs. Accessories including interchangeable light aperture plates, rollers, mounting racks and adjustable exposure plates also allow users to further expand the capabilities of their exposure tool. All in all, USHIO UVX-05028S2AFL01 is a robust and reliable exposure asset that comes with precision, accuracy, and repeatability. Offering professionals a large working area, advanced optical input model, automated optical filter and its array of accessories, this exposure equipment is ideal for industrial, scientific, and research applications.