Phoenix Nanotom m CT Detection System

The classic application of industrial X-ray 3D computed tomography (micro CT and nano CT) is the detection and 3D measurement of metal and plastic castings. However, the high-resolution X-ray technology of Phoenix has opened up new applications in many fields, such as sensor technology, electronics, materials science, and many other natural sciences.

NanoCT for SMD sensors ®, Size 0805 (2.0mm x 1.2mm) The 3D X-ray image shows the internal coils behind the back cover. In any conventional X-ray, the layer panels overlap, but nanoCT ® Successfully displayed objects layer by layer.

High resolution computed tomography (micro CT and nano CT) is used for detecting materials, composite materials, sintered materials, and ceramics, but it is also used for analyzing geological or biological samples. The material distribution, porosity, and cracks are visible in three dimensions at a microscopic resolution.

NanoCT of glass fiber composite materials ®： The fiber direction of the fiber felt (blue) and the matrix resin (orange) will be displayed. On the right: The voids inside the resin will appear as dark cavities. Left: The resin has gradually disappeared to better visualize the fiber felt. The single fiber inside the felt is visible.

In the detection of sensors and electronic components, high-resolution X-ray technology is mainly used to detect and evaluate contact points, joints, boxes, insulators, and assembly conditions. It can even detect semiconductor components and electronic devices (solder joints) without disassembling the equipment.

nanoCT ® Display the welding joints of CSP components. The three-dimensional shape of the welded joint is approximately 400 microns in diameter, with clear and visible gap distribution. Inside the welding joint, different eutectic solder phases are visible.

The three-dimensional measurement using X-rays is the only technique that can perform non-destructive measurements on the interior of complex objects. By comparing with traditional tactile coordinate measurement techniques, computerized tomography of an object can simultaneously obtain all surface points - including all concealed forms that cannot be accessed without damage using other measurement methods, such as bottom cuts. V | tom | x s has a special 3D measurement package that includes all the tools needed for spatial measurement, from calibration instruments to surface extraction modules, with the highest possible accuracy, reproducibility, and ease of use In addition to two-dimensional wall thickness measurement, CT volume data can be quickly and conveniently compared with CAD data, for example, to analyze completed components to ensure they meet all specified dimensions.

CAD difference analysis and measurement of three cylinder head devices.

In plastic engineering, high-resolution X-ray technology is used to optimize casting and spraying processes by detecting shrinkage cavities, bubbles, welding lines, and cracks and analyzing vulnerabilities. X-ray computed tomography (micro CT and nano CT) provides three-dimensional images of objects with characteristics such as grain flow patterns and filler distribution, as well as low contrast defects.

Glass fiber increase?? NanoCT of Strong Plastic Samples ®： The arrangement and distribution of aggregates of glass fibers and mineral fillers (purple) are clearly visible. The fibers are approximately 10 microns wide.

High resolution computed tomography (micro CT and nano CT) is widely used for detecting geological samples, such as exploring new resources. The high-resolution CT system provides three-dimensional images of rock samples, binders, adhesives, and voids at microscopic resolution, and helps confirm specific sample features such as the size and location of voids in oil bearing rocks

Segmented pores in carbonates (ø 2mm)