We frequently calibrate gages and instruments in the dimensional field for labs that primarily deal with electronic or other disciplines. This occurs when their customers try to cut corners by adding one or more dimensional items onto an order they have received for their normal work.
Too often users of precision measuring instruments and gages end up with the wrong equipment and don’t find out until it’s too late. ‘Too late’ means after rejects are detected by in-house measurements or in worst case scenarios, by their customer.
In an age where, if it doesn’t have a digital display it’s not modern, we tend to forget how the levels of precision we measure to came about in the first place. This is a brief look at one of the people we are indebted to for their discoveries and inventions from many years ago.
While process improvement initiatives, including SPC and its use of control charts, sometimes get the greatest attention in manufacturing environments, the backbone of a quality improvement effort is often the quiet, unnoticed measurement devices that represent an organization’s commitment to consistency and accuracy.
Mitutoyo America Corporation announces the release of the i-Checker, an inspection instrument specially designed to calibrate a variety of indicators, including bore gages, Digimatic indicators, dial indicators, dial test indicators and linear gages.
Anyone in the fastener or screw machine business producing screw threads is familiar with ‘pitch’ micrometers. These relatively simple devices are often used to set up production equipment and monitor their output, but there are many misconceptions about them which can call their usefulness into question.
Seven educators will receive new Fluke pressure calibration tools for their labs by submitting a short story detailing their ideal pressure calibrator.
