Speed, precision and cleanliness are the hallmarks of automation for medical and pharmaceutical applications. A recent project designed and built by SP Automation and Robotics was no exception.

With the possible exception of medical device manufacturing, the COVID-19 pandemic disrupted manufacturing in every industry last year. Wire harness manufacturing was no exception. With both automotive and aerospace manufacturing depressed, harness assemblers struggled.

One of the biggest challenges in manufacturing today is obtaining and retaining skilled labor. Wire harness manufacturing is no exception. In fact, one online job board listed more than 900 openings for wire harness assemblers in March.

Linear motor pallet-transfer systems have been around for many years now. These systems work on the principle of a "smart" track, consisting of multiple linear servomotors, and a "dumb" mover outfitted with powerful magnets.

Robots are becoming nearly as common in assembly plants as nutrunners and conveyors. The advent of collaborative robots is only furthering that trend. However, as robots play a greater role on the line, engineers must ensure that workers remain safe around the technology.

A new computer algorithm could help engineers optimize cost and efficiency when employing multiple robots alongside people on assembly lines.

Vibratory bowl feeders have long been the go-to device for supplying parts in automated assembly systems.

The COVID-19 pandemic has put unprecedented strain on manufacturers of medical devices and pharmaceuticals to deliver life-saving products. Automation will play a key role in fighting the disease.

According to the International Federation of Robotics (IFR), five big automation trends are affecting manufacturers around the globe.

Today's printed circuit board assembly line is highly automated. Board loading, paste printing, pick-and-place, reflow, test and inspection - every process is covered by a standard machine, and assemblers have many brands to choose from.