What are the functions and uses of micro focus industrial CT?
Date: 2025-09-19Read: 0
Micro focus industrial CT is a testing equipment that uses a micro focus X-ray source and high-resolution detector to perform non-destructive 3D imaging of industrial products. Its core function is to clearly present internal structural details and defects without damaging the sample.
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High resolution 3D imagingWith X-ray sources at the micrometer or even nanometer level focal points, three-dimensional tomographic images with an accuracy of 1-10 μ m can be obtained, clearly displaying the tiny structures inside the product, such as chip wire bonding, material pores, and small cracks.
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Non destructive defect detectionWithout disassembling or damaging the sample, internal hidden defects can be identified, including cracks, bubbles, inclusions, looseness, assembly misalignment, etc., and the size, location, and shape of the defects can be quantified.
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Structural dimension measurementBased on 3D images for precise size measurement, it can not only measure visible surface dimensions, but also internal cavities, hole positions, wall thickness, and other dimensions that cannot be directly contacted. The accuracy can reach micrometer level, meeting the detection needs of precision parts.
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Reverse modeling and analysisConvert the scanned 3D data into a 3D model for product reverse design, structural optimization, or comparison with design drawings to analyze deviations between actual products and design solutions.
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electronics industryDetect internal soldering defects (such as virtual soldering, empty soldering), packaging bubbles, and structural integrity of microelectronic components in chips and circuit boards.
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automotive industryInspect the internal pores and cracks of precision components such as engine fuel injectors and turbine blades, and measure key internal dimensions to ensure compliance with assembly standards.
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Aerospace industryUsed for non-destructive testing of spacecraft components (such as titanium alloy components and composite parts), to identify internal small cracks, inclusions, and other hidden dangers, ensuring safe use in extreme environments.
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Materials Science FieldAnalyze the internal microstructure of metals, ceramics, and composite materials, such as pore distribution and grain morphology, and study the correlation between the mechanical properties of materials and their internal structure.
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Medical device industryDetect the internal structural integrity of artificial joints and implantable medical devices to ensure no defects, while verifying whether their dimensional accuracy meets medical usage standards.