Force testing systems have a variety of applications in the medical field, where products often require testing in multiple facets of their design.

English actor and author Alan Bennett once said, “We started off trying to set up a small anarchist community, but people wouldn’t obey the rules.”

The pandemic has turned the global supply chain on its head. Manufacturers of materials and finished items are under unprecedented pressure to manage a disrupted workforce, while responding to ever-changing customer demands, in many cases with profound urgency. It’s enough to make one’s head spin. 

Deciding whether to purchase a force tester for basic testing or a material tester for advance testing could be a challenge based on the multitude of options and functions which are available today to meet your test requirements. 

Peel testing in force measurement can be rather open-ended in terms of how the standard operating procedures (SOP) can be written.

All objects—from toothbrushes to umbrellas to the components of a space shuttle—experience forces throughout their lifecycles. In performing everyday actions like tying a shoelace or ripping open a package, we all exert forces without even realizing it.

Load cells are an integral part in a force measurement system. Understanding load cell terminology, common sizing techniques, and how they function will help you choose the most appropriate load cell for your application, which will help prevent accidental damage due to an incorrect selection.

The Knapheide Manufacturing Company of Quincy, IL, is a leader in the North American utility truck body market, so when they adopt manufacturing and testing procedures, the industry takes note.

Not using the proper adapters to calibrate load cells, truck and aircraft scales, tension links, dynamometers, and other force measuring devices can produce significant measurement errors and pose serious safety concerns.