Used NANOMETRICS / BIO-RAD / ACCENT Q5 #9229791 for sale

NANOMETRICS / BIO-RAD / ACCENT Q5
ID: 9229791
Wafer Size: 8"
System, 8".
NANOMETRICS / BIO-RAD / ACCENT Q5 is a state-of-the-art wafer and mask inspection equipment used to detect and correct defects on masks and wafers. This system utilizes a 19″ high-resolution monitor for viewing both generated images and real-time defect images. It is a 4-axis motor-driven unit, specially engineered to handle very high precision applications with a maximum magnification of 10,000X. With an impressive array of features, ACCENT Q5 offers cost-effective and accurate defect detection solutions for a variety of wafer and mask production processes. BIO-RAD Q5 utilizes two sources of illumination: the broad-band and UV sources. By alternating the focus lighting mode, the machine can detect defects on both non-conductive and conductive wafer/mask surfaces. Additionally, users can set multiple parameters such as magnification, backlighting intensity, and chromaticity level to fine-tune the inspection parameters for the entire mask/wafer surface. Moreover, this tool offers the best contrast images when combined with the special front-plate filter kit - reducing the noise level and enhancing the accuracy of the image analysis. In addition to its impressive hardware capabilities, NANOMETRICS Q5 offers automated defect detection and correction features based on a range of parameters. Users may identify fault types and locations by using the advanced image processing algorithms. Additionally, the asset offers precise spot imaging tools which allow users to identify faults by comparing microscopic images to a previously generated data set. Q5 is an ideal tool for achieving efficient, reliable, and high-quality results in mask/wafer production. It is designed for microelectronics and optics applications and allows professionals to guarantee their products' quality and reliability. The performance and accuracy offered by this model is the result of the integrated hardware and sophisticated software algorithms. Moreover, its sophisticated motion control equipment helps to minimize downtime, avoid costly mistakes and reduce resources necessary for defect identification and correction.
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