Dimensional Metrology Handbook

A measurement is only useful if you know how much you can trust it.Dimensional Metrology Handbook gives you a practical, connected understanding of precision measurement-from the caliper and micrometer in your hand to the CMM, laser scanner, GD&T callout, and statistical quality system behind modern manufacturing. Rather than treating instruments, tolerances, calibration, and quality control as separate subjects, this handbook shows how they work together to determine whether a manufactured part truly meets its specification. Inside, you'll learn how to: - Select and use precision measuring instruments, including calipers, micrometers, indicators, comparators, gauge blocks, plug gauges, ring gauges, and surface plates- Build defensible measurement results through calibration, traceability, environmental control, and measurement uncertainty- Read engineering drawings, limits, tolerances, fits, and tolerance stack-ups- Interpret and apply GD&T, including datums, feature control frames, position, profile, runout, MMC, LMC, RFS, bonus tolerance, and virtual condition- Understand coordinate measuring machines, probing systems, alignment, programming, GD&T evaluation, and performance verification- Explore optical and non-contact metrology, including laser scanning, structured light, vision systems, photogrammetry, and interferometry- Evaluate surface texture and geometric form, including roughness, flatness, roundness, straightness, and cylindricity- Apply Gauge R&R, statistical process control, process capability, and uncertainty analysis to real quality decisions- Reference practical appendices covering GD&T symbols, fits and tolerance grades, unit conversions, and measurement formulasBuilt for both structured learning and day-to-day reference, this handbook connects the inspection bench, engineering drawing, metrology lab, and quality system into one practical framework.Build measurement confidence from the instrument to the final inspection decision-order your copy today.