Used RAYTEX RXW-1200 #9378634 for sale

RAYTEX RXW-1200 is a specialized mask and wafer inspection equipment designed for high-volume production environments. It features high-tech optics and a 3-CCD camera assembly to capture highly detailed images and video of devices. RXW-1200 provides optically clear and accurate views of device layout, contact pitch, corner rounding and mask alignment. The system's advanced sensor automatically inspects up to ten targets in a single pass, ensuring complete accuracy and speed. Additionally, the unit's LED backlight provides more accurate imaging. The imaging software integrates automated image analysis and defect detection to quickly and precisely identify chip defects. The user-friendly interface also provides options for manual image review and manual inspections. RAYTEX RXW-1200 is equipped with powerful motor drives to accurately move devices in a 900 x 900 view zone. Depending on the size of the device, the machine can detect and image up to 600 wafers per hour at a resolution of 14.25 microns. Its high-resolution video also enables the user to identify errors before the device leaves the tool. RXW-1200 also includes a image files transfer and management asset that seamlessly moves images, videos and reports from the workstation to a printer or a central model. The equipment can also be integrated with remote systems to ensure data consistency and integrity. Performance and efficiency are also optimized with an automatic cycle. The system can detect high or low contrast differences, use real-time image processing, and find optimized shift frequencies and measurement results. The unit also includes user-defined settings and presets that save time, simplify processes and reduce the risk of errors. Overall, RAYTEX RXW-1200 is a reliable and efficient mask and wafer inspection machine that offers excellent accuracy and speed. Its advanced features integrate seamlessly with other systems, eliminating manual inspection tasks and reducing risk of errors. This makes it an ideal choice for those who need to process large volumes of devices with absolute accuracy.