Used SONOSCAN D-9500 #293640741 for sale

SONOSCAN D-9500 microscope is an advanced analytical instrument designed for a range of applications including failure analysis, metrology, 3D imaging, reverse engineering, materials inspection and defect identification. It is based on a low power acoustic microscope system which utilizes a piezo transducer to generate and detect acoustic signals, with the corresponding signals converted into digital images via a Charge-Coupled Device (CCD) camera. It features a large Defocussed Imaging (DFI) Transducer Head, a high resolution Visual Optical Module, and a 9.00k-band IF filter. SONOSCAN D9500 is designed to provide up to 5.0k-band acoustic resolution at a frequency range of 20MHz-400MHz, allowing for the acquisition of a wide variety of signal frequencies. When combined with its flexible microscope control software, it can image from various signal sources in various temporal and spectral resolutions. It can also be used to inspect a range of materials with a high resolution acoustic microscope, including polymers, composites and metals. D-9500 also features an innovative defocused imaging capability that allows users to see both reference and sample patterns without manual adjustment. This allows users to quickly and accurately scan sample surfaces before continuing to the full resolution imaging. This technique also minimizes distortions that can be caused by focusing the microscope on a curved surface. D9500 also offers a dynamic range of acoustic imaging capability which can be used to inspect a variety of objects ranging from a few nanometers to several millimeters in size. This is enabled by its high power transducers which allow for imaging from extremely shallow depths and its flexible dynamic range control which allows for imaging from a range of acoustic channel depths. It also includes multiple imaging techniques for added versatility. SONOSCAN D-9500 is an affordable and flexible acoustic microscope system which can be used for a range of applications. Its high resolution and ability to capture data from multiple depths make it an ideal choice for a range of failure analysis and metrology applications, as well as its reversed engineering and materials inspection capabilities. Additionally, its defocused imaging feature, dynamic range and multiple imaging techniques make it an excellent choice for a range of industrial and scientific applications.