Used AMAT / APPLIED MATERIALS SemVision CX #9293622 for sale

AMAT / APPLIED MATERIALS SemVision CX
ID: 9293622
Wafer Size: 8"
Vintage: 2000
DR SEM System, 8" 2000 vintage.
AMAT / APPLIED MATERIALS SemVision CX is a high-speed mask and wafer inspection equipment designed to bring advanced imaging capabilities to the semiconductor manufacturing industry. The system combines advanced optics, high-resolution cameras, and ultra-fast image processing to allow for the inspection of wafers and silicon masks at the nanometer level. AMAT SemVision CX is capable of detecting critical chip defects such as lithography patterning flaws, particle contamination, residual resist, and pattern matching, which allows for optimal fabrication yields. The unit utilizes dual separate imaging modules, each containing four independent camera systems and phase contrast optics. These imaging systems are able to generate detailed high-resolution images at speeds up to 1000 images per second. APPLIED MATERIALS SEM VISION CX software is based on a powerful yet intuitive user interface, which allows for manual control and automation of wafer, mask and reticle inspection. The machine software also features comprehensive edge detection and OCR (optical character recognition) functions, along with advanced OPC (optical proximity correction) capabilities. The tool also features intelligent pattern tracking and mechanical alignment of the wafer with the imaging asset to ensure a precise image capture and analysis. This ensures that the model can detect even the smallest defects in the most challenging production situations. To further expedite data analysis, AMAT / APPLIED MATERIALS SEM VISION CX software includes an extensive library of pre-programmed OPC checks and an intelligent wafer-level review equipment. The combination of high speed, advanced features, and reliable data analyses make AMAT SEM VISION CX the ideal system for, semiconductor mask and wafer inspection and optimization. This unit can be used in a variety of production environments and allows for a more efficient and cost effective fabrication process, ultimately resulting in increased yields and better product quality.
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