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In a single year, millions of cars are manufactured worldwide. While the styles, parts and features may vary, every vehicle requires a wire harness. The harness connects the wiring throughout the vehicle, powering everything from power steering and headlights to in-dash displays and heated seats.

Every vehicle needs a good driver to steer it in the right direction and away from dangers on the road. For 50 years, Pailton Engineering Ltd. has been manufacturing the steering systems that give drivers of all types of vehicles this assurance as they travel from place to place.

Hot upset riveting is a permanent forming and fastening process that uses precision heat and pressure to form hardened workpieces. This process achieves maximum hole-fill, creating a robust joint. Depending on the part requirements, the result can be a fixed or movable joint assembly.

Most R&D activity in the auto industry these days is focusing on electric power trains and autonomous vehicles. But, efficiently assembling those products tomorrow will depend on harnessing state-of-the-art production tools and processes today.

On the assembly line, every medical device is thoroughly checked for quality and functionality. Are all the parts present? Is the needle sharp? Does the device leak? Does air flow where, when and how it’s supposed to? Do triggers and control knobs function correctly? Does the touch screen work?

Merit Medical Systems Inc. is a leading manufacturer of disposable medical devices used in interventional, diagnostic and therapeutic procedures, particularly in cardiology, radiology, oncology, critical care and endoscopy.

President Roosevelt stunned millions of listeners when he announced during a May 26, 1940, fireside chat that government must "harness the efficient machinery of America's manufacturers" to produce 50,000 combat aircraft over the next 12 months to confront the "approaching storm" of global war.

Engineers at Oak Ridge National Laboratory (ORNL) recently developed carbon-fiber composites that can monitor their own structural health. The technology could be used in future aerospace and automotive applications.

GE Appliances recently launched a two-pronged initiative to develop the next generation of manufacturing talent.