Used SONOSCAN D-6000 #9193287 for sale

SONOSCAN D-6000 is a digital scanner microscope designed for use in both failure analysis and quality control metrology. SONOSCAN D 6000 has the capability to create detailed digital images at magnifications up to 100x and illuminate samples using both reflected and transmitted light. Key features of D-6000 include a large field of view, an intuitive touchscreen display and automated controls. These features help users quickly produce defect analysis images, reduce measurement times and review the images in detail. The large field of view of D 6000's imaging system makes it highly versatile for obtaining full-area defect analysis images and generating data for statistical process control (SPC). SONOSCAN D-6000 utilizes a transillumination or back lit imaging method in order to create detailed images with minimal sample preparation. This allows for a broad range of materials to be imaged, with both opaque and transparent samples being optimized for viewing at high magnifications. The intuitive touchscreen interface of SONOSCAN D 6000 makes it easy for users to access the automated controls for image parameters such as magnification, focus, brightness and contrast. It can also be used to create scalable grids or distance measurements to accurately determine geometries and defect sizes. The adjustable angle of the head also allows for angled images to be captured at up to 60° increments. The included software package of D-6000 provides users with a full set of analytical tools to create detailed 3D renderings, mesoscopic images and a variety of export formats. It also includes powerful image analysis, defect classification and comparison tools. These features make it easy to create high-resolution images and analyze them for failure analysis or product improvement purposes. Overall, D 6000 is ideal for a wide range of applications including pharmaceuticals, semiconductor analysis, automotive inspection, medical device design and failure analysis. The intuitive controls, large field of view and automated features allow users to quickly produce and analyze images for both quality control and failure analysis purposes.