Used SONOSCAN D-9500 #9265610 for sale

SONOSCAN D-9500 is a scanning acoustic microscope (SAM) that integrates advanced imaging and analysis technologies to facilitate accurate, non-destructive materials analysis. This microscope produces a high-resolution, three-dimensional image of a sample and performs an ultrasound scan of the materials it's examining. It allows for precision characterization and real-time performance analysis of delicate materials, such as those found in semiconductor packages or MEMS devices. When viewing a sample, SONOSCAN D9500 produces high-resolution images with up to 500x lateral magnification and ultra-precise 3D views. The microscope uses a range of frequencies from 0.001MHz to 10MHz, allowing for the most detailed imaging of a sample's material properties. The use of digital signal processing and imaging engineering enables D-9500 to deliver clear, detailed images with minimal noise, allowing for the accurate visualization of details down to the microscale levels. The microscope also incorporates an adjustable ultrasound beam and imaging parameters to allow for the inspection of the sample from different angles, thus providing a comprehensive view of the sample. In addition, D9500 also features advanced analysis capabilities. Its software helps to interpret the images into information, enabling precise analysis of any flaws or contamination at a microscopic level. The software can also display cross-sectional images of the sample and generate a 3D model of the sample, which is helpful for troubleshooting. Furthermore, the imaging system allows for defects to be identified within a range of 0.3 um and provides instant material properties measurements such as acoustic impedance and particle size distributions. SONOSCAN D-9500 provides unmatched sample visibility to detect and characterize the most microscopic flaws, making it an invaluable tool for uncovering abnormalities in the earliest stages. It is an ideal choice for any industry or laboratory requiring nondestructive testing and imaging solutions that must meet stringent accuracy and resolution requirements.