Used SONOSCAN Gen5 #9236568 for sale

SONOSCAN Gen5 is a next-generation acoustic microscopy equipment that offers sample imaging using a variety of transducers, such as pair-matched or phase shifted delay lines. This microscope uses an oscilloscope to capture detailed images of acoustic waves passing through solid materials by using high-frequency sound to measure the acoustic velocity and impedance of the sample material. Acoustic microscopy provides advantages over traditional optical microscopes, such as non-contact imaging, higher resolution of complex structures, and the ability to detect and measure internal microstructures. Gen5 features a high-resolution imaging system that utilizes ultrasonic waves to image through various materials including metals, plastics, composites, and semiconductors. It utilizes innovative hardware and software advancements that support faster data acquisition and higher resolution imaging. With a depth resolution of about 1 micrometer and a lateral resolution of about 2 micrometers (in the scale of nanometer and micrometers), this unit provides clear and detailed images of internal structures and features, such as voids, micro-cracks, impregnant distributions, and fiber orientations. This machine also features advanced imaging tools, such as real-time mapping, sector imaging, scanning acoustic tomography, and acoustic drone imaging, which can provide three-dimensional images of materials and structures. Furthermore, with external triggering, SONOSCAN Gen5 can capture and analyze acoustic transient features of the sample in real-time, making it suitable for defect localization studies. This microscope also has robust automated operation features, such as automated scanning and rectification, as well as integrated data acquisition software and analysis tools. Gen5 is a valuable instrument for material failure analysis, trade mark identification, research and development, and manufacturing process optimization. It can also be used for quality control and improvement of existing production processes.