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You have the instrument. You still cannot say which surface parameter explains why those parts failed in the field. This reference manual closes that gap.
The optical instruments got faster and the software got deeper, but the distance between a colored topography map and a quality decision you can defend never closed. That distance is what this book removes. It is not a catalogue of specifications. It is a working path from the measurement question to the answer that holds up. You get the physics of light and surfaces, the full areal surface texture framework under ISO 25178, and measurement uncertainty budgets you can defend in an audit. Every major non-contact measurement technology is treated honestly: confocal and chromatic confocal sensing, coherence scanning interferometry, focus variation, structured light, deflectometry, and digital holography. Where each one earns its place, and where it quietly fails you. The later chapters put the methods to work on real components across automotive, aerospace, semiconductor, additive, and medical device manufacturing, then move into filtering, machine learning classification, and in-line, closed-loop production integration. This is the book you reach for when a difficult surface challenges your definition of quality, and you need an answer that holds up. Open it to the technique you are fighting with today, and put the data to work before the next batch ships.Wie gefällt Ihnen unser Shop?
