Used OPTORUN RPD-1000 #293797477 for sale

OPTORUN RPD-1000 is a digital photoresist equipment designed to find, expose, and print photoresist onto wafer substrates. It utilizes a combination of the latest imaging and computer-aided technologies to help create precise and accurate photoresist patterns on wafer substrates. RPD-1000 offers both a full-range of photoresist printing options and a powerful automated user interface. Its imaging capabilities support high resolutions to optimize the quality of exposed photoresist patterns while its automated user interface allows for design of patterns quickly and a great degree of precision. OPTORUN RPD-1000's hardware and software is specifically designed for wafer photolithography operations. Its imaging component uses an inverted microscope and a digital camera. The microscope captures an image while the camera stores it. The software then converts that image into a vector format that can be printed onto the photoresist pattern with a laser exposure system. RPD-1000 utilizes the latest imaging and computer-aided technologies to offer a wide range of photoresist pattern shaping capabilities. Its laser exposure unit is designed to optimize throughput time, and its automated user interface allows for a variety of job configurations and photoresists to be selected. Furthermore, the interface is also designed to constantly monitor and log the success of each job for quality assurance. OPTORUN RPD-1000 also includes multiple levels of safety protection and virus protection to ensure protection of the sensitive images and patterns captured and stored. Additionally, its software is designed for easy integration into existing production systems. This allows for easy transfer of jobs from development to production and vice versa. Overall, RPD-1000 provides a powerful, automated photoresist machine that can meet the needs of large and small scale production runs. Its combination of imaging and computer-aided technologies allows for quick and precise capturing of photoresist patterns while its automation ensures fast and safe storage of patterns on wafer substrates.