Outer diameter and length on shafts and sleeves: why working distance and presentation dominate, and what one silhouette can say about a cylinder.
Tooth pitch, tip diameter and bore position on small gears and rings: why the part must lie flat, what a silhouette resolves, and where profile leaves optics behind.
Wire diameter, coil pitch, free length and verticality on springs: why depth of field dominates this part family and which dimensions one 2D view can hold.
Electrode width, tab position and winding alignment: why field of view forces low magnification, what that costs in resolution, and how to split the measurement.
Contour, length and hole-spacing on turned and milled parts: setting magnification from the part envelope, backlight limits, and what stays unmeasurable.
Why lead-frame coplanarity needs object-side telecentricity, what backlight resolves on gull-wing and J-lead packages, and the magnification that covers a full lead row.
Turning one-shot measurements into usable SPC: the field list, the gauge study that must precede any CPK claim, traceability conventions and audit-proof reports.
Height, step and transparent-layer measurement on IMAGE 3: the 8055 spectral confocal specification and the four conditions that put a feature outside its envelope.
Inspecting stamped parts with one-shot vision: multi-cavity tray layout, contour and hole position, burr limits, and the stitching term on long progressive-die parts.
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