industrial ct | x ray ndt | x ray 3d microscopy | micro ct | sanying | sanying precision instruments co.,ltd-九游会登陆

   x-ray tomography can show the inner structure of electronic components, thus performing non-destructive test for the sealed sample is the biggest advantage of this equipment.  for the third generation semiconductor device, large scale integrated circuit, and quantum device, this technology is the best choice. engineers in sanying precison have abundant experience in quality evaluation of pcb/pcba and failure analysis. for the special problem, we have ability to provide the targeted solutions for the researchers.pcb: non-wetting, layering, open and short circuit;pcba: non-wetting, solder joint cracking, missing part, component failure, corrosion;pcb test and evaluation: 3d morphology analysis, measurement of inner structure.

   different from the conventional ndt system, nanovoxelprovides material scientists the tools for 3d internal structure characterizations like pores, cracks and impurities, as well as 3d imaging of their spatial distributions. nanovoxel, with its leading technologies, provides a brand-new platform for new material research and development. under multi-field coupling environment, this new 3d imaging platform enables material researchers to be able to observe, analysis, simulate and test which have never been possibly performed previously.  3d visualization of inner micro-structurestructure measurement 3d/2d morphology analysis of different componentsdefects/pores/cracks 3d analysis and statistics3d orientation analysis and statistics of fiberpermeability calculation and analysiswall thickness analysis of porous materialimpurities between particles and wrappagevolume calculationstructure homogeneity calculation

   nanovoxel enables scientists & researchers to acquire 3d images of both the internal structure of pores and rocks in sub-micron scale. advanced and powerful software tools allow scientists to efficiently characterize petroleum reservoir or gas reservoir, and construct pore network models for statistical computations and analysis. furthermore, nanovoxel provides digital and graphic functions to count or represent the volume of pores and the spatial relationships among them, as well as the cracks and unique patterns in the rock core. these tools are very useful for researchers to perform statistical analysis or fluid simulations. core ct scan and inner structure visualizationestablishment of core network topology modelevaluation of pore-throat connectivityquantitative analysis of crackssimulation of pore permeability simulation and calculation of oil-water displacementtest and research of geology engineering

   nanovoxel enables researchers to study organism tissues by means of their high resolution 3d images. without sample staining and any special preparation, the 3d imaging process is simple and fast. scientists use nanovoxel’s flexible reconstruction software to obtain 3d images of tissue samples at arbitrary cutting angles or cutting sections. high-resolution 3d imaging makes it possible for researchers to study the tissues at sub-micron scale.3d visualization of inner structure of biology/biomimetic samplestructure morphology analysismeasurement/extraction/3d illustration of roistl data calculation