nanovoxel 2000 series breached the constraints of traditional optical microscope, sem and tem. with world-leading spatial resolution and contrast, this system can analysis the inner micro-structure of sample. the original structure can be retained by using this equipment and the detector system can satisfy different requirements of spatial resolution. the scanned 3d data can provide high resolution 3d/4d solutions.
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nanovoxel 3000 series is a flagship product of micro-ct. with 500nm spatial resolution and minimum 70nm voxel size, this system has excellent 3d imaging and image analysis ability, especially for the phase contrast and sub-pixel imaging. unprecedented image quality can show the inner structure perfectly, and the scanned data can provide solutions for the evaluation and improvement of material property and processing.
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nanovoxel 4000 series is a high power micro-ct system by using high voltage x-ray source (225kv, 240 kv and 300 kv are optional) with micro focal spot and highly sensitive detector including different kinds of big size panel detectors and lens coupling ccd. this series can extend the test range of nanovoxel-2000 and nanovoxel-3000 especially enhance the detection capability of metal samples with high density. sub-micron spatial resolution (≤0.5μm) can also obtained by this system. based on the powerful performance, nanovoxel-4000 series can become the efficient equipment in the field of industry and scientific research.
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high energy and precision industry ct system was developed for the big sample test and quality evaluation in the fields of aerospace, automobile manufacture and civil construction etc. small focal spot x-ray source, highly sensitive big size panel detector and full-automatic mechanical system with high precision can guarantee high resolution and test accuracy.
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for displaying the 3d inner structure of the whole core (diameter≤150mm) in the field of the petroleum geology, a 3d scanning equipment using ct technology was developed by sanying precision.on the base of our own characteristic x-ray imaging technology, the whole core can be scanned nondestructively. reconstruction of the 3d inner structure in the sample can be performed by using the tested data. the obtained 3d digital core data can be used to characterize the pore-throat structure, cracks distribution and orientation, minerals spatial distribution and the flow channel of oil/gas.
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