Used TEL / TOKYO ELECTRON TELINDY Oxide #9373212 for sale

TEL / TOKYO ELECTRON TELINDY Oxide is an etcher/asher designed to create complex patterns on the surface of semi-conductors and other materials. TEL TELINDY Oxide is completely automated, with an integrated vision equipment and wafer handling. The Oxide's automated process enables users to produce faster results with improved accuracy and repeatability. For individual processes, the Oxide features a digital video camera that takes real-time, magnified images of the constructed wafer, providing feedback to the system. The wafer handler acts as the "hands" that operate the necessary micro-processes, while the image processing unit combines light and chemicals to create a detailed and accurate picture of the formed wafer. With an interlocked real-time machine, the Ozone can control trace width, height, and depth with excellent precision. The Ozone also offers a range of process capabilities, including etching and ashing. The etching processforms a pattern onto the wafer using a chemical reaction, while the ashing process removes any debris from the pattern. Both processes are accomplished with high speed and accuracy while the staged cycle makes it easier to manage. The Ozone also offers a pat-on-the-fly (POF) feature which allows for a custom pattern to be created without manually changing the etch mask. This helps cut production time and eliminate retooling between processes. Additionally, the Ozone offers a Selective Viewing Function that allows engineers to transparently view the entire etching process from a variety of angles, making it easier to identify and troubleshoot issues early in the process. The Ozone comes with a variety of multiple languages for total operator control. The intuitive control panel and embedded safety systems ensure safe operation. The precise and high-velocity operations make the Ozone a cost-effective choice for use in semiconductor production. With its reliable operation, thorough cleaning, and special treatments, the Ozone will greatly help in the production of semiconductors as well as other materials.