Used SONOSCAN C-SAM Series D-9000 #9396430 for sale

SONOSCAN C-SAM Series D-9000 is a digital scanning acoustic microscope (DSAM) designed for rapid non-destructive imaging, verification, and measurement in a wide range of fields including semiconductor failure analysis, industrial nondestructive testing, medical and biomedical research, and more. The C-SAM uses ultrasonic pulse-echo techniques to generate and accurately measure extremely high-resolution surface acoustic images, providing an ideal tool for investigative work in a wide range of industries. C-SAM Series D-9000 features a true dual-channel platform, allowing two sound sources to be used simultaneously for greater imaging speed and accuracy. The equipment can handle sample sizes ranging from 150 μm to 1.6 mm thick, and autonomously measure thickness and material properties of thin films and substrates. Additionally, the sonic scan head has an increased range and resolution, allowing for the detection and visualization of very small flaws or defects. The advanced imaging capabilities of SONOSCAN C-SAM Series D-9000 offer a number of unique features, such as automatic surface profile scan and automated imaging speed optimization. Additionally, the system supports multiple image formats, including jpg and bmp, and can store both images and accompanying data for easy comparison and analysis. The unit also offers advanced defect analysis modules that can detect and quantitatively measure the size, shape, and orientation of defects, both internally and on the surface of the sample. C-SAM Series D-9000 is a versatile and highly accurate imaging machine that combines advanced features and user-friendly design to provide accurate and detailed imaging and characterization capabilities. The tool offers powerful analytical capabilities, enabling users to gain a better understanding of their samples and effectively detect any flaws or defects that may be present. With its expanded range, improved resolution, and intuitive user-interface, SONOSCAN C-SAM Series D-9000 is an ideal tool for extensive industrial, research, and medical applications.