Force measurement, defined as the measurement of tensile or compressive loads acting upon an object, is an indispensable method of assessing and ensuring the quality of materials, components, and assemblies.
It’s easy to take many of today’s technological marvels for granted, 3D measurement among them. The idea of simply pointing a “ray gun” of sorts at an object and obtaining all of its geometrical measurements would once have been solely the domain of Star Trek-ian science fiction.
Quality professionals are gearing up for another year of spending—on everything from CMMs to software to services—and most of you will be starting now. The first quarter of 2017 is spending season for quality professionals, and January in particular is the big spending month.
Implementing a document control system is a good way to improve your processes, no matter what industry you are in. Having everything in one place helps you organize and handle your processes, job descriptions and other important material.
As part tolerances tighten, both form and surface finish have a bigger influence on the size and function of the product. And with pressures on manufacturing to be more productive, it is no longer viable for checks of surface or form to be performed on a measuring system in a quality room.
Sir Isaac Newton’s three laws of motion, published in his thesis Philosophiæ Naturalis Principia Mathematica (Latin for Mathematical Principles of Natural Philosophy) in 1687, are what modern-day physicists and metrologists refer to when they describe force as any interaction that, if unopposed, will change the motion of an object.