Engineers can now program, monitor, perform diagnostics and access data from multiple dispensers directly through a PLC, PC or mobile device.

Robotic dispensing equipment is an ideal way to increase productivity, enhance quality and prevent rejects. However, these capabilities come at a cost that can’t always be justified. 

This eBook series will help manufacturers navigate the path to automation, whether it be a robotic screwdriving cell or a multistation automated assembly line.

Numerous dispensing applications are required in the production of traction motors for electric and hybrid vehicles. Bus bar potting is one of them.

In most cases, finding a second source for commodity parts, such as fasteners, is fairly straightforward. However, the process is more complicated with adhesives,

After more than 100 years of incremental evolution, the automotive industry is undergoing a transformation unlike anything it has ever experienced. The driving force behind this revolution is the shift from internal combustion to battery power.

Today, 66 percent of Americans—more than 215 million people of all ages and backgrounds—play video games regularly, according to the Entertainment Software Association. 

When dispensing form-in-place gaskets—for example, on the die-cast housing of an automotive control unit—it’s important to apply the material precisely along the contour of the part. On the housing, the contour runs partly in a straight groove, partly around corners and screw locations and partly along various radiuses. In the area where the plug housing will be installed, the material often must be applied on a ramped surface. All this makes consistent, gap-free dispensing difficult.

The new DC803 Dispensing Cell from Scheugenpflug GmbH promises to make the process faster, easier and more reliable.

Initiated in 2004, the Assembly Plant of the Year award showcases world-class production facilities in America and the people, products, and processes that make them successful.