PCMMs automated with the proper inspection software deliver user-prompted, repeatable inspection plans that can be quickly and easily set up and executed using virtually any 3D measurement technology across the manufacturing enterprise. 

In addition to measuring the distance between a sensor and its target to determine object positions and displacements, confocal chromatic sensors are capable of measuring the thickness of transparent materials.

Consolidation is something we’ve all done. It’s efficient and can help save time and space and naturally leads to greater organization and productivity.

Today, modern digital gages have underused capabilities that allow for even greater ease of use and accessibility for all users.

Here’s a thought: what if you could also perform multiple measuring tasks at the same time, on the same part with one machine, right there on the factory floor?

We should be more than adequately prepared to put forth an economic case for quality.

Experts agree that, among other tools, digital twins are emerging as stars of smart factories. These are 3D duplicates of parts, products, and buildings.

Today’s manufactured components are more multifaceted than ever, requiring more parts, additional updates to those parts and ever tighter tolerances. 

Measurement and inspection standards are traditionally updated on a regular schedule. However, the form measurement standard for out of roundness, B89.3.1, has not been updated since its initial release in 1972, and is no longer an active standard available through ANSI.

“Measurement uncertainty is the expression of the statistical dispersion of the values attributed to a measured quantity. All measurements are subject to uncertainty and a measurement result is complete only when it is accompanied by a statement of the associated uncertainty, such as the stand deviation."