Used DAN SCIENCE ASL-7500A #9396567 for sale

DAN SCIENCE ASL-7500A is a state-of-the-art photoresist equipment designed for the etching of silicon-dioxide-silicon (SODS) material. The system processes thin-film material with a 400nm wavelength laser, creating uniform, high-resolution etched patterns with an etch rate of up to 6um /sec. ASL-7500A is a reliable and accurate machine, providing a total working area of 24x24 inches and a laser spot size of 10um. The unit is capable of producing critical line definition of 5um and liftoff definition to 3um. DAN SCIENCE ASL-7500A incorporates some of the most advanced photoresist technology available, allowing for maximum accuracy and precision in the creation of complex devices. The machine makes use of an advanced Class 3 automated track for precise positioning of the optical head. This track tool is capable of a bandwidth of up to 100MHz and is capable of accurately positioning the laser to the submicron level. The Laser Beam Data Interface (LBDI) protocol provides real-time performance parameters to ensure optimal consistency of etch patterns. Additionally, the advanced controlling software allows for precise optical adjustment of the gun, resulting in consistent signal strength for thick and thin films. ASL-7500A's software features a variety of processes for etching, from woodpile etch to RIE (reactive ion etch), allowing for maximum compatibility with a variety of materials. The asset is designed for easy integration into a variety of systems, with advanced communications ports and a modern I/O model. The unit is compatible with a wide variety of photoresist formulations for complex process control, ensuring optimal etch proficiency and complete accuracy. DAN SCIENCE ASL-7500A is an ideal photoresist equipment for a broad range of applications. The unit is capable of creating detailed, high-precision features on a variety of thin-film materials. Its advanced control methods and software compatibility make it an ideal choice for those needing consistent and reliable results. The system's ability to handle a variety of materials, including SODS, make it perfect for researchers and professionals in the semiconductor industry.