We help you visualize your parts using three-dimensional reporting techniques to create high resolution images and videos. We use Volume Graphics and Polyworks for all of our industrial CT scanning visualization and analysis.
![](https://diversedimensions.com/wp-content/uploads/2021/02/CT2-scaled-e1613765386777-1440x1307.jpg)
![](https://diversedimensions.com/wp-content/uploads/2021/02/CT2-scaled-e1613765386777-1440x1307.jpg)
Unparalleled access to parts, assemblies, and materials.
Industrial Computed Tomography (CT) scanning works much like a medical CT scan machine — it captures internal and external features of a component, assembly, or material in astonishing detail. In fact, it’s the only technology that lets you peer beneath the surface without destroying it, making it the leading method for non-destructive testing, 3D inspection, and analysis.
With just a quick industrial CT scan, we produce a 100% digital twin. Using this data, we can analyze every structural and dimensional aspect of a part or assembly from a single scan, perform metrology and material analyses, reverse engineer to CAD, and even perform FEA with as-built data.
Industrial CT Scanning Applications
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Part to CAD Comparison
Compare 3-dimensional scan data to a CAD model.
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Part to Part Comparison
Check differences between cavities, suppliers and processes.
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Porosity Analysis
Identify and quantify voids and inclusions in plastic, additive manufacturing (AM), and cast parts. Proactively mitigate quality and performance issues.
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Wall Thickness Analysis
Measure thickness and material distributions across a part where consistent thickness ensures part conformity and performance. Can also be used to measure coating thickness in certain applications.
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Welding/Bonding Quality Verification
Inspect and verify the quality and consistency of welds. Identify cracks, voids, and porosity.
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Fiber Alignment Analysis
Check the location and orientation of fibers in composite materials.
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Failure Analysis (FEA)
Identify inconsistencies that affect part, item, or assembly performance. Perform FEA on as-built data rather than CAD model.
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Reverse Engineering
Create a CAD model from as-built data. Data available in STL, STEP or IGES formats. We can also create tetrahedral meshes for FEA simulation. Exportable in ABAQUS and PATRAN formats. Learn More.