Used SEMILAB WT-2000 #9174920 for sale

SEMILAB WT-2000 is a complete mask & wafer inspection equipment designed for use in semiconductor fabrication. The system combines automated visual inspection and manual probing to locate defects on wafers and masks quickly and accurately. With its extended range of features, it can detect a wide variety of defect types including cracks, voids, and foreign contaminants. SEMILAB WT2000 uses a range of high-resolution optical systems to inspect for defects, including up to two automated optical inspection (AOI) cameras and a high-resolution CRT display. Automated inspection helps to eliminate many of the errors associated with manual inspection and speeds up the defect detection process. In addition, an optional flexible imaging module allows for more detailed scanning of microlithography masks. The unit can operate in manual or automatic mode, allowing operators to customize inspection operations to specific needs. In automatic mode, the machine uses automated pattern recognition to detect defects and can be programmed to generate output reports according to user requirements. In manual mode, operators can zoom in and out on defects and manually analyze them. WT 2000 also includes patented image processing technology, which reduces noise and enhances image detail. This technology ensures high quality inspection even in difficult process conditions, such as those experienced in backside inspection of wafers. The tool includes a wide range of safety features, including an emergency stop button and a safety switch that prevents the asset from operating without the appropriate clearance. In addition, the model comes with a full range of software features, including defect logging software and an integrated defect detection database. Overall, SEMILAB WT 2000 is a versatile and highly advanced mask & wafer inspection equipment that offers consistent, accurate results with minimum operator effort. Its advanced features and intuitive design make it an excellent choice for semiconductor fabrication applications.