Used MATSUSHITA M515-III #9361954 for sale

MATSUSHITA M515-III is a mask and wafer inspection equipment designed for high-speed and high-accuracy metrology of substrates. It provides a comprehensive measurement solution for semiconductor device probes and other semiconductor related devices. M515-III is equipped with an advanced optical imaging system featuring high-resolution imaging and automated measuring functions. The unit integrates an objective focusing machine with a motorized stage and oscilloscope to accurately measure a wide variety of metrology parameters. It also includes a remote control unit for the automatic measurement of mask patterns and wafer layout scans. MATSUSHITA M515-III's imaging capabilities include high resolution, far/near field imaging, a variety of contrast and brightness control algorithms, color detection, automatic defect detection, and VCR/film emulation for traceability. The tool can also measure the metrology data of both wafers and masks at high speed and accuracy. M515-III's embedded robotics enable accurate single/repeat measurements and automated wafer mapping. It supports single and dual channel systems, supports automatic pattern placement and wafer images, and has enhanced false feature detection capabilities. MATSUSHITA M515-III comes with an intelligent feature analysis that generates deterministic output measurements as well as statistical data. It can also perform optical process control, optical wafer monitoring, overlay registration, and die identification. Furthermore, it has a large memory capacity, low-noise amplifier technology, and advanced resolution optics with an optical depth of field of up to 9.5 µm. M515-III is one of the most advanced and sophisticated mask and wafer inspection systems on the market. It provides users with the ultimate in control, accuracy, and measurement performance. Features such as the advanced robotics, intelligent feature analysis, high resolution imaging, and extended memory capacity, make MATSUSHITA M515-III an ideal solution for high volume tasks and demand for precision and accuracy.