Medical device housings can crack, discolor, and become brittle or sticky after repeated exposure to aggressive disinfectants. The choice of plastic can therefore have a significant impact on the service life of a medical device.
When it comes to the economics of assembly machines, faster is always better. Every minute that it runs, a fast machine produces more goods—and more profits—than an otherwise similar slow machine.
Traditionally, automobiles, lawn mowers, airplanes, dishwashers and other products contain a wide variety of rigid parts connected by joints that are designed to be strong and stiff.
Compliant mechanisms are jointless, elastic structures that reduce costs and simplify product designs. These single-piece flexible structures elastically deform without joints to produce a desired functionality.