How Much Does Industrial CT Scanning Actually Save? A New Calculator Puts a Number on It
Ready Metrology has released the CoreX ROI & Capacity Calculator, a free online tool that estimates the financial return of switching to CT-based inspection based on a manufacturer’s own operational figures, rather than industry averages.
For most manufacturers evaluating a new inspection technology, the return on investment is treated as a rough estimate at best — something gestured at in a sales conversation rather than calculated. The new calculator, live now at readymetrology.com/roi-calculator, sets out to change that by converting operational inputs directly into a savings and payback model.
Three savings areas, one combined result
Rather than producing a single generalized savings claim, the calculator models three distinct areas of an inspection process, each tied to a set of user-entered variables:
- Labor efficiency: daily inspection volume, hourly labor rate, current per-part inspection time, and CT scan time combine into an estimate of man-hours reallocated per year.
- Scrap and quality cost: annual production, scrap rate, and cost per scrapped part combine into an estimate of scrapped parts — and cost — avoided annually, based on the share of scrap attributable to process drift.
- Machine availability: number of machines, changeover frequency, and first-off approval parts combine into an estimate of uptime hours recovered when batch validation stops idling equipment.
The tool then aggregates these three areas into a single annual savings total and a payback period, visualized through three charts: annual man-hours under the current process versus a CT-based one, the cost savings distribution across the three areas, and a cumulative investment return timeline plotted against a user-entered technology investment figure.
From estimate to internal business case
Once a user has entered their figures, the calculator can generate a detailed PDF report of the results — a document built to be shared internally with whoever owns the capital equipment decision, without requiring a follow-up call to obtain it.
That last step matters. An ROI figure that lives only in a sales presentation is hard to defend later; one generated from a manufacturer’s own inputs, with the underlying assumptions visible, is easier to bring into a budget review largely as-is.
Because color mapping works on the part’s surface geometry — including wall thickness where relevant, such as on tubes and hollow parts — it can flag dimensional issues that optical or contact-based systems often struggle to reach, including on transparent or glass components.
Modeled on a platform already on shop floors
The calculator is built specifically around CoreX, Ready Metrology’s self-shielded industrial CT scanning system designed for direct shop-floor deployment, so the inspection-time figures behind the model reflect a system already in operational use rather than a theoretical case.
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FAQs
Q: What is the CoreX Shopfloor CT?
A: The CoreX is an industrial CT machine by READY Metrology designed for use directly on the production floor, with a low learning curve, fast setup, and software built for operators — not metrology specialists.
Q: How does the CoreX 2D software show measurement results?
A: The new interface uses color-coded indicators next to each measured dimension, making it immediately clear which values are in tolerance and which are not — no expertise required.
Q: Can the CoreX detect production drift?
A: Yes. The integrated trend chart allows operators to monitor how measurements evolve across multiple parts, helping detect gradual process deviations before they result in scrap.