Explainers

Explainers

How to Validate a Wireless 3D Scanner for Accuracy Data Integrity and Uptime

How to Validate a Wireless 3D Scanner for Accuracy Data Integrity and Uptime

Learn how to qualify a wireless 3D scanner by testing measurement accuracy, wireless data integrity, battery endurance, recovery, and shop-floor uptime.

15 Oct, 2026
How to Measure Deep Holes Bores Datums and Other Hidden Features in a 3D Inspection

How to Measure Deep Holes Bores Datums and Other Hidden Features in a 3D Inspection

Learn when to scan, probe, or combine both methods to inspect deep holes, bores, datum features, recesses, and other hard-to-see industrial geometry.

15 Oct, 2026
Markers Photogrammetry or Optical Tracking for Measuring Large Parts

Markers Photogrammetry or Optical Tracking for Measuring Large Parts

Compare markers, photogrammetry, and optical tracking for large-part 3D measurement and select the right method for part size, accuracy, access, and workflow.

15 Oct, 2026
How to Verify 3D Scanner Accuracy Under Real Shop Floor Conditions

How to Verify 3D Scanner Accuracy Under Real Shop Floor Conditions

Learn how to verify 3D scanner accuracy under shop-floor conditions using traceable artifacts, repeated scans, Gage R&R, and control checks.

13 Oct, 2026
Full Surface Scanning or Point Measurement Which Method Fits the Inspection Task

Full Surface Scanning or Point Measurement Which Method Fits the Inspection Task

Compare full-surface 3D scanning, point measurement, and hybrid inspection workflows for surfaces, holes, datums, and hidden features.

13 Oct, 2026
When Should 3D Scanning and Tactile Probing Be Used in the Same Inspection Workflow

When Should 3D Scanning and Tactile Probing Be Used in the Same Inspection Workflow

Use 3D scanning and tactile probing together when an inspection requires both full-surface data and reliable measurement of hidden, recessed, datum, or discrete features.

13 Oct, 2026
How to Validate the Repeatability and Reproducibility of a Handheld 3D Scanner

How to Validate the Repeatability and Reproducibility of a Handheld 3D Scanner

Learn how to plan a handheld 3D scanner Gauge R&R study, separate repeatability from reproducibility, analyze variation, and maintain measurement capability.

09 Oct, 2026
What ISO 10360 13 and VDI VDE 2634 Prove About a 3D Scanner

What ISO 10360 13 and VDI VDE 2634 Prove About a 3D Scanner

Learn what ISO 10360-13 and VDI/VDE 2634 prove about 3D scanner accuracy, test conditions, calibration, and real-world inspection capability.

09 Oct, 2026
Can 0.02 mm Scanner Accuracy Reliably Verify a ±0.02 mm Part Tolerance

Can 0.02 mm Scanner Accuracy Reliably Verify a ±0.02 mm Part Tolerance

Learn why a 0.02 mm scanner rating does not automatically verify a ±0.02 mm part tolerance, and how uncertainty, guard bands, and validation affect the decision.

09 Oct, 2026
How Accurate Does a 3D Scanner Need to Be for a Given Part Tolerance

How Accurate Does a 3D Scanner Need to Be for a Given Part Tolerance

Learn how to match 3D scanner accuracy to part tolerance using the 4:1 rule, measurement uncertainty, part size, and verified scanner specifications.

09 Oct, 2026
Which SCANOLOGY 3D Scanning Solution Fits Your Measurement Task?

Which SCANOLOGY 3D Scanning Solution Fits Your Measurement Task?

A task-based guide to SCANOLOGY's 3D scanners, tracking systems, and software for small parts, large structures, field work, and automation.

23 Sep, 2026
What Does 0.02 mm Accuracy Really Mean for a Small Aerospace Part? A Verification Protocol

What Does 0.02 mm Accuracy Really Mean for a Small Aerospace Part? A Verification Protocol

A field guide to accuracy, resolution, repeatability, volumetric accuracy, and measurement uncertainty, plus a step-by-step protocol for verifying a 0.02 mm claim.

23 Sep, 2026
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