Used SONOSCAN Fastline P300 #9167647 for sale

SONOSCAN Fastline P300 microscope is a specialist tool used in the field of reliable failure analysis. The equipment is an inverted frame design, featuring a digital camera mounted on top of an inverted frame with a powerful 50x zoom lens in order to acquire high resolution images of small components, including Printed Circuit Board (PCB) assemblies, devices, and chips. The microscope is equipped with an image processor microphone board, enabling it to capture a dense three megapixel optical image, as well as an accelerator lens which is capable of viewing surface structures with over 1,500x magnification power. This allows the user to differentiate between features on a component that cannot be detected with conventional methods. Fastline P300 microscope also includes an integrated follow-focus system to accurately adjust the height of the lens to aid in tracking movement on the substrate and making manual measurements. This unit is powered by a variable drive motor that ensures smooth motion of the lens for ultimate accuracy. SONOSCAN Fastline P300 microscope is fully automated and boasts user-friendly software that makes it easy to set up. The microscope is also equipped with a sophisticated image analysis machine which is capable of detecting and recording deviation beyond the nominal values, as well as identifying and measuring the dimensions of devices and components with a maximum accuracy of 0.1um. The tool also includes a proprietary "Full Surface Image Capture" software, which allows the user to capture very accurate surface images that are unaffected by obstacles or environment-related distortions. This software is perfect for inspecting solder joints, chip stress, random cracks and other defects. Fastline P300 microscope provides robust and reliable failure analysis, and is an invaluable tool for the advanced engineer or technician. With its top-of-the-range optics, automated and intuitive software, and extended functionality capabilities, this microscope is the ideal choice for a variety of precision analysis tasks.