Question 1

What is measurement integrity in R&D?

Accepted Answer

Measurement integrity means every reading is accurate, repeatable, traceable to NIST, and fully documented—essential for prototype validation, regulatory submissions, and patent data.

Question 2

Why is measurement integrity more critical in R&D than production?

Accepted Answer

R&D parts are one-off, tolerances are tighter, and data becomes intellectual property or part of FDA/AS9100 submissions where a single bad reading can invalidate months of work.

Question 3

How does temperature affect measurement integrity in labs?

Accepted Answer

Even a 3 °F swing can push results outside acceptable uncertainty budgets; labs need active compensation or controlled environments to protect integrity.

Question 4

Why do prototypes often need non-contact measurement?

Accepted Answer

Soft polymers, thin films, and delicate features deform under contact probing—non-contact vision systems preserve measurement integrity on experimental materials.

Question 5

How often should R&D tools be calibrated?

Accepted Answer

R&D tools should be calibrated every 6–12 months (more frequently than production) and verified daily with check standards to catch drift early.

Question 6

What is contract measurement and when should R&D use it?

Accepted Answer

Contract measurement sends prototypes to an accredited lab for ultra-accurate inspection when internal tools are insufficient or tied up—ideal for regulatory packages.

Question 7

How do Micro-Vu systems protect measurement integrity?

Accepted Answer

Micro-Vu Excel, Vertex, and Sol systems log temperature, humidity, and operator ID with every measurement, delivering traceable, non-contact results for prototypes.

Question 8

What role do custom fixtures play in R&D measurement integrity?

Accepted Answer

Custom fixtures eliminate clamping distortion and ensure sub-micron repeatability on odd-shaped or delicate prototypes that don’t fit standard holders.

Question 9

Why is Gage R&R important before R&D testing begins?

Accepted Answer

Gage R&R studies prove the measurement system itself is capable and repeatable—required for Design Verification/Validation and regulatory confidence.

Question 10

How does F. D. Hurka Metrology support R&D measurement integrity?

Accepted Answer

F. D. Hurka offers 3–5 day ISO 17025 calibration, contract measurement, on-site services, custom fixtures, and R&D-specific training across nine states.

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Measurement Integrity in Research and Development Settings

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