Used SONOSCAN C-SAM Series D-9000 #9260505 for sale

SONOSCAN C-SAM Series D-9000 is a revolutionary laser scanning confocal microscope designed for non-destructive examination of samples for defects or for surface characterization. It uses advanced imaging techniques to produce unparalleled high resolution images with superior depth of field. The series offers multiple scanning modes, including single-shot, random access, and full-field scans for measuring defects, grain boundaries, and many other surface features. C-SAM Series D-9000 consists of a compact fixed base unit and the movable slide deck. The base unit houses two laser diodes that provide a semiconductor beam for scanning and an optical system for image capture. This system is coupled with a high-resolution megapixel camera that enables the capture of extremely detailed images. The slide deck houses a motorized sample stage for rapid imaging of large areas without any manual operations. SONOSCAN C-SAM Series D-9000 also has several other unique features that enhance its imaging capabilities. These include laser power control, an adjustable air gap control, tilt compensation, beam steering, and angled scans. The laser power control feature allows adjustable powers so that the user can achieve the desired effect for the desired application. The adjustable air gap enables the microscope to image almost every kind of surface with maximum depth of field. Tilt compensation ensures that the image is corrected for any object tilt, while beam steering allows for precise steering of the laser beam to avoid any imaging artifacts. Angled scans produce an image in an oblique angle from the surface which is useful for surface metrology studies. C-SAM Series D-9000 is a powerful tool for examining materials ranging from nanostructures to micrometers, and provides a level of detail and accuracy that is unparalleled. With its advanced imaging capabilities, it is the perfect tool for characterization and in-depth imaging of complex samples, such as microelectronic devices, biological samples, medical devices, and many other applications.