Used YUASA SR-8075 #9375005 for sale

YUASA SR-8075 is a photoresist equipment specifically designed for the etching of metal and ceramic substrates. This type of system is especially suited for applications where fine features are required such as semiconductor wafers. The unit utilizes a single-beam source to deliver precise UV light for the rapid development of photoresist patterns on a range of substrates including silicon, glass, and metals. SR-8075 features a precision imaging machine with a large active area and a high resolution of up to 0.05 microns, allowing for the fabrication of extremely small components. The tool also offers high repeatability and accuracy of photoresist patterns. It also has a built-in filter asset to control light transmission, enabling the highest possible lithographic quality results. The model features an intuitive interface for easy programming of parameters, allowing for the creation of intricate patterns with ease. It also has the ability to store up to 50 patterns for quick recall and reuse. YUASA SR-8075 also has a high-speed and accurate auto-focusing equipment that can be adjusted to match substrate thickness. The light source used by SR-8075 emits UV light at a wavelength range of 365nm to 655nm and an emission power range of 0.1mW/cm2 to 2.5mW/cm2. The system has a variety of exposure modes including non-repeat, semi-repeat, full-repeat and partial-repeat to accommodate different substrate sizes and photoresist thickness levels. The unit also includes a variety of accessories such as sensor heads, lens holder, light absorber and cover plate. It also has an integrated electronic safety lockout machine for added security and safety. In conclusion, YUASA SR-8075 provides a reliable and efficient photoresist tool for the etching of metal and ceramic substrates. It has an intuitive interface, a high imaging resolution, and a variety of exposure modes. It also has a built-in auto-focusing asset as well as a variety of accessories, making it an easy and effective tool for etching complex components.