Used OXFORD X-Strata #9396517 for sale

OXFORD X-Strata is a unique X-Ray equipment developed by OXFORD Instruments for high-resolution, in-situ imaging in difficult-to-reach areas. OXFORD XSTRATA system uses a long-distance, air-coupled Imaging Photoelectric Proportion Divider (IPPD) for precise imaging in tight spots. This IPPD eliminates the need for a high voltage source typically used with current X-Ray systems and is capable of imaging objects that may be difficult to access due to their size, shape, or construction materials. X-Strata unit is based on a pair of orthogonally mounted beam converters that take X-Rays of digital material at up to 10 millimetres of depth and can be used to image plastic, wood, ceramic, and metal objects. The beam converters are controlled by a pc/workstation and a software package that enables a single operator to image, manipulate, and analyse the data gathered from the beam converters. The long-distance IPPD machine in XSTRATA has a slit size of 0.5 mm that enables images with resolution up to 1600width, and the slit is adjustable down to 0.1 mm for structures as small as 50μm. OXFORD X-Strata also includes an array of filters to reduce secondary X-Ray emission, and selectable shielding to reduce background radiation. The tool can generate contrast images over a range of 1:1 to 200:1, enabling imaging of different structures in samples. OXFORD XSTRATA has a real-time manipulation interface and is capable of imaging in three-dimensional space, so that objects can be viewed from multiple angles. The asset is user friendly, and it has an intuitive user interface and customizable parameters to make image acquisition and analysis more efficient. It also enables highly precise imaging with image processing techniques that reduce background noise and produce high-resolution images quickly and accurately. Overall, X-Strata is a reliable and sophisticated X-Ray imaging model that is perfect for imaging objects in difficult-to-reach areas. Its long-distance IPPD and other advanced features make it an ideal choice for high-resolution imaging, with its capabilities making it a valuable tool for many scientific and industrial applications.