TUVE, Sweden—Every time an assembler uses an electric fastening tool at the Volvo Group truck factory here, the data from the operation is logged and stored. Engineers are now using that data to increase quality.
Just as the Rose Bowl is the "granddaddy" of college football bowl games, torque and angle might well be the granddaddies of manufacturing data collection. Assemblers have been monitoring their fastening processes for decades, but those efforts have reached a new level in the era of Industry 4.0.
To draw attention to the breadth and quality of new technologies on display at The ASSEMBLY Show, we’re holding the 2nd annual “Product of the Year” contest at the show, and you—the attendees—will be the judges. We’ve nominated 20 products in five categories that we think are particularly innovative. Among them are four fastening tools.
Error proofing, quality control and flexibility are essential on today's assembly lines. As a result, manufacturers are increasingly investing in DC electric fastening tools. These tools allow engineers to adjust tool speed to match various applications and control more aspects of the fastening process, including key parameters such as torque and angle.
Power tools collect a wealth of data about the fastening process. With some simple statistical analysis, engineers can obtain valuable insight into the fastening process.
Electric tools have been available for more than a decade. However, until recently, many manufacturers were reluctant to invest in the technology because DC electric screwdrivers and nutrunners traditionally were more expensive than air-powered alternatives.