Used TEL / TOKYO ELECTRON Clean Track Mark 7 #9158029 for sale

TEL / TOKYO ELECTRON Clean Track Mark 7 (CTM7) is a photoresist equipment optimized for wafer cleaning and processing. The system uses a high-performance beam recorder (HBR) to capture and process high resolution images of semiconductor wafers. The CTM7 features a three-axis transposition table to enable precise positioning of the wafer for the imaging process. The imaging process takes advantage of a wide variety of tool configurations and uses up to twelve (12) advanced lenses for dynamic wafer scanning. The lenses are capable of capturing and processing features on the wafer with a resolution as high as 25 nanometers (nm). The CTM7 uses photoresist technology to capture the image of the semiconductor wafer. Photoresist is a light-sensitive material used in modern semiconductor manufacture to create a pattern on the surface of the wafer. The CTM7 illuminates the wafer with a laser light of an appropriate wavelength while the HBR camera captures the reflected image. The captured image is then digitized and recorded for further processing. The CTM7 can support multiple layers of photoresist on the wafer, with the necessary layers determined by the device design. The CTM7 also comes equipped with a unique multi-dimension wafer shuttle unit (MDSS). The MDSS allows wafers to be transferred quickly between the HBR chamber and the process chambers. The MDSS also enables backside imaging of the wafer, which increases the ability of the photoresist machine to capture and record features of the device. The CTM7's advanced technology and features make it one of the most advanced and reliable photoresist systems available. The tool is designed for maximum efficiency and reliability, reducing the cost of semiconductor fabrication. Additionally, the CTM7 includes a variety of safety features such as automatic checkouts, power-off protection, laser disable, and emergency stop. These features make the CTM7 one of the safest options available for semiconductor production.