Used NANOMETRICS NanoSpec 6100 #9265795 for sale

NANOMETRICS NanoSpec 6100 is a comprehensive mask and wafer inspection equipment designed to allow for precise, high-resolution imaging of optical and photomask substrates. This system enables the examination, testing, and validation process of both digital and analog components of a variety of devices, including optical photomasks, resistors, and capacitors. NanoSpec 6100 utilizes state-of-the-art imaging technologies such as LED illumination, RGB video camera, and motorized stage. The motorized stage moves the mask or wafer substrate in the x, y, z axes and allows for rapid and accurate pixel location. This stage features an integrated autofocus unit, which allows the machine to rapidly adjust the depth of field to ensure accurate imaging; this is highly beneficial for inspecting critical features such as line widths, shapes, and forms. The LED illumination allows for uniform and repeatable illumination of substrate surfaces to ensure high contrast imaging; this, combined with the RGB video camera, allows for accurate color separations when inspecting masks and wafers of varying sizes. Designed for use in a production or laboratory environment, NANOMETRICS NanoSpec 6100 also includes many innovative features. These include automated color processing algorithms for defect detection, real-time processing of defect images, defect data analysis with SPC capability, high-resolution image capture, multiple view angle imaging, and measurement capabilities with resolutions up to 500nm. This tool also features an automated inspection asset that can quickly screen defects down to eight microns and delivers high precision results at speeds of up to 5 microns per second. Overall, NanoSpec 6100 provides a comprehensive inspection model for use in a wide range of mask and wafer investigation and validation processes. The equipment's Advanced Imaging Technologies, Motorized Stage, Automated Color Processing, and High-Precision Measurement capabilities make it an ideal tool for any production or laboratory environment seeking to measure and verify devices to high levels of accuracy.