Used KLA / TENCOR Candela CS10 #9410414 for sale

KLA / TENCOR Candela CS10 is a wafer testing and metrology equipment designed to offer best-in-class performance and accuracy in semiconductor inspection and fabrication. The system features multiple sensors, an optical microscope, and an image processor to provide detailed images and measurements of wafers and other semiconductor materials. KLA CANDELA CS-10 is capable of collecting and analyzing data from wafers up to 200 mm in diameter. At the heart of the unit is a sensor assembly with four, spectrally-selective laser interferometers and two CCD cameras. Each sensor, along with a unique mechanic stage, is used to capture and analyze spectral data from the wafer. Additionally, the machine also includes a microscope module with a 5x optical zoom, a field of view of up to twenty-four micrometers, and a range of lens coatings for accurate imaging. The microscope module has an integrated beam director for Photon Transfer measurements, allowing for accurate surface measurements and imaging. A powerful image processor combines optical and spectral data to provide high resolution images and measurements of the wafer surface features. TENCOR CANDELA CS 10 provides a comprehensive set of tools and data to ensure quality control in wafer testing and fabrication. The tool's sensors and image processor accurately measure wafer feature dimensions and surface quality. It can also detect defects and other wafer characteristics, such as cracks and scratches. Additionally, TENCOR Candela CS10 provides comprehensive data analysis and reporting capabilities to ensure product quality is maintained. Overall, CANDELA CS 10 is an advanced asset for wafer testing and metrology that offers high accuracy and performance. With multiple sensors and an advanced image processor, the model is capable of providing detailed images and measurements of wafers and other semiconductor materials. In addition, the equipment's comprehensive data analysis and reporting capability ensure product quality is maintained.