Confirm your design works before you commit to production.

The gap between a design that looks correct and one that performs correctly is where development programs lose time. Dimensions that conform on paper, assemblies that pass functional tests, and components that meet spec individually can still fail in combination, under load, or at the tolerances production actually delivers. Industrial CT closes that gap by giving engineers a complete, non-destructive view of how a design was actually built and how it actually behaves, before full-scale production locks in the consequences.

CT scanning produces a three-dimensional record of every internal and external feature in a part or assembly. Wall thickness, internal geometry, component position, and material condition are all measurable against CAD nominal without cutting anything open. Deviations from design intent are visible and quantifiable at the stage where they're still cheap to fix.

Industrial CT allows for streamlined design validation and verification to ensure the internal pump assembly inside this insulin delivery system functions as intended.

By overlaying a CAD file in Lumafield's Voyager software, we’re able to compute deviation from the design and visualize it using color maps.

The industries where DV/PV failures carry the highest cost are the ones where CT delivers the most value. Medical device manufacturers use CT to confirm that implants, drug delivery systems, and surgical instruments perform as designed before regulatory submission, catching internal geometry deviations that functional testing alone won't surface. Aerospace teams verify turbine blade geometry, airframe structures, and composite layups against design intent with dimensional precision no other non-destructive method matches. In automotive development, CT replaces destructive sectioning for powertrain and structural components, preserving the part while delivering more complete data. Electronics and athletic equipment teams use the same approach to validate complex geometries and material performance in prototypes before tooling investments are made.

Lumafield's platform connects verification and validation data to the teams that need it. Scan results live in Voyager, where they can be compared against CAD, shared across sites, and carried directly into design review without reformatting or manual handoff.

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First article against CAD

The first parts off a new tool rarely match design intent perfectly. CT measures every internal and external feature against CAD nominal in a single scan, identifying dimensional deviations, wall thickness variation, and internal geometry errors before production volume amplifies them. What used to require destructive sectioning and manual measurement now happens non-destructively with a complete digital record.

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Tolerance stack analysis across an assembly

Individual components can each pass inspection while their combined tolerances produce an assembly that doesn't perform. CT captures the actual position of every component in a built assembly, allowing engineers to measure real-world tolerance accumulation against design predictions and identify stack conditions that functional testing won't catch until late in the development cycle.

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Destructive test replacement

Sectioning, potting, and physical teardown destroy the evidence they're meant to analyze. CT produces the same dimensional and structural data non-destructively, preserving the part for further testing while delivering a more complete three-dimensional record. For low-volume prototype builds and high-cost components, this is the difference between having one data point and having many.

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Design Verification and Validation

Confirm your design works before you commit to production.

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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