Ordinarily, parts are presented to a robot for pick up at fixed locations, the escapement of a feeder bowl, for example, or the pockets of a thermoformed tray. To save space and eliminate the cost of trays and feeders, manufacturers would like a robot to pick randomly oriented parts out of a bin, box or tote.
Businesses increasingly recognize the growth opportunities offered by digitalization and interconnectedness. These technologies are enabling new business models, efficient use of resources, and cost-effective production of highly customizable products. These developments are collectively referred to as "Industry 4.0."
The No. 1 application for robots, be they Cartesian, SCARA, delta or six-axis models, is also the easiest: pick up a part from one location and place it in another.
The World Economic Forum recently named the best factories in the world. Five facilities are in Europe and three are in China. Only one is in the United States, UPS Fast Radius in Chicago.
ASSEMBLY was born in October 1958 with the name Assembly & Fastener Engineering. Although its name was later shortened to Assembly Engineering, and subsequently to ASSEMBLY, it was then, and is today, a magazine of ideas and methods.
The first thing a visitor notices on arriving at the headquarters of Genesis Automation in St. Charles, IL, is the company's business hours. Rather than 9 a.m. to 5 p.m., there's this: "However long it takes."
Collaborative robots are an important element of Industry 4.0 and smart manufacturing initiatives. Many engineers are intrigued by these next-generation machines that can control force and work safely next to people on assembly lines without traditional safety guarding.
More than 46,000 manufacturing engineers and managers from 47 countries attended Automatica 2018, which took place June 19-22 at the New Munich Trade Fair Centre in Germany.