How Surface Finish Affects Calibration Sphere Measurement Accuracy
A calibration sphere may have excellent dimensional accuracy, but that does not always mean a measurement system will obtain the
Focus on high-precision ball testing
A calibration sphere may have excellent dimensional accuracy, but that does not always mean a measurement system will obtain the
Structured light 3D scanners use cameras and projected light to capture the geometry of an object. The quality of the
In precision 3D measurement, the calibration artifact is part of the measurement system. It provides a known geometric reference that
Quick Answer Choosing the correct reference sphere size is not simply about selecting the largest or most accurate sphere available.
Quick Answer There is no single surface finish that is best for every metrology application. Polished ceramic spheres are often
Quick Answer Ceramic reference spheres are precision spherical standards used to establish or verify geometric references in coordinate measurement, optical
Quick Answer Ball Plate Calibration is useful for evaluating the spatial accuracy of a 3D measurement system across a larger
Quick Answer A precision ball bar can be used as a geometric reference for evaluating the measurement performance of a
Quick Answer Surface finish can influence how a reference sphere is captured by an optical 3D scanner. Structured light and
Quick Answer For optical 3D scanner calibration, both ceramic and metal reference spheres can provide accurate geometric references. The difference