Measure what's inside, exactly as built, without cutting anything open.

Traditional measurement tools reach surfaces. Industrial CT reaches everything. Wall thickness, internal channel geometry, electrode spacing, cooling passage dimensions, and feature positions deep inside an assembly are all measurable from a single scan, with the part intact and undisturbed. Where manual sectioning destroys the evidence and CMMs can only touch what they can reach, industrial CT produces a complete three-dimensional record of every internal and external feature simultaneously.

The industries where dimensional measurement is hardest are the ones where CT delivers the most. Aerospace manufacturers measure cooling channel geometry and wall thickness in turbine blades where no probe can reach. Battery engineers measure anode overhang, electrode spacing, and case uniformity in assembled cells where any other method requires destructive disassembly. Medical device teams measure internal features of implants and surgical instruments that are geometrically inaccessible by any conventional tool. In each case, CT produces actual dimensions rather than estimates, against which every feature can be compared to CAD nominal.

The Battery Analysis Module automatically takes Anode Overhang measurements within cells and presents intuitive visualizations.

Industrial CT enables in-situ inspection of internal geometries to verify dimensions within assembled components, such as in this medical connector.

For automotive and electronics manufacturers running high-volume inspection, Lumafield's platform extends CT-based dimensional measurement from the lab to the production line. Consumer packaged goods teams use the same capability to measure wall thickness and closure geometry in packaging components where consistency directly affects seal integrity and shelf performance. Across every application, the measurement record is digital, traceable, and shareable without manual transcription or reformatting.

CT dimensional measurement also replaces manual sectioning as the default method for internal feature verification. Sectioning destroys the part, introduces cut-plane error, and produces a single cross-section where CT produces thousands. The data is more complete, the part survives, and the record is permanent.

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Internal geometries traditional tools can't reach

Cooling channels, internal threads, recessed features, and enclosed cavities are measurable with CT at the same precision as external surfaces. No probing, no sectioning, no guessing at features that are geometrically inaccessible. CT resolves internal dimensions in three dimensions against CAD nominal, with the part fully intact.

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In-situ measurement inside assembled components

CT measures component positions, interface gaps, and internal feature dimensions inside a fully assembled product without disassembly. For medical connectors, battery packs, and complex electromechanical assemblies, this is the only method that produces actual assembled dimensions rather than predicted ones derived from individual component measurements.

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Automated dimensioning at production scale

Manual measurement is slow, operator-dependent, and difficult to scale. Lumafield's auto-dimensioning capability applies AI to extract dimensional measurements from CT scans automatically, producing consistent, repeatable results across large part populations without manual intervention. What used to take hours of analyst time now runs in the background, with results that feed directly into quality reporting.

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Dimensional Measurement

Measure what's inside, exactly as built, without cutting anything open.

Assess your inspection program

What’s a Rich Text element?

Static and dynamic content editing

How to customize formatting for each rich text

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