The Future of Industrial Metrology: From CMM to Optical and CT Measurement
Measurement technology is changing rapidly Industrial measurement has experienced significant changes over the past decades. Traditional CMM systems remain essential.
Focus on high-precision ball testing
Measurement technology is changing rapidly Industrial measurement has experienced significant changes over the past decades. Traditional CMM systems remain essential.
Material selection is a key engineering decision In precision metrology, geometry alone does not determine performance. The material used to
Why ball plate design matters A ball plate may appear simple: A flat structure with several precision spheres. However, designing
Why 3D scanner calibration should not be ignored 3D scanning technology has changed modern inspection methods. Compared with traditional contact
Why a simple sphere remains one of the most important calibration tools A sphere is one of the simplest geometric
Why structured light systems require careful calibration Structured light scanners are increasingly used for rapid inspection of complex components. They
Why scanner accuracy depends on more than hardware specifications Modern 3D scanners have become essential tools in industries such as
Calibration is often misunderstood In many factories, calibration is treated as an annual event. Machines are verified. Certificates are updated.
Replacing hardware is rarely the first solution When measurement results become inconsistent, the first reaction is often to question the
Identical specifications do not always guarantee identical performance One question occasionally comes up during technical discussions with customers: “If two