Robots are an important piece of the Industry 4.0 puzzle. Tomorrow's smart factories will depend on new types of machines, such as collaborative and mobile devices that are interconnected. Artificial intelligence (AI), cloud computing and data analytics will also make industrial robots more reliable than ever.
Assembling an acoustic guitar of world-class caliber requires more technology than you might realize. Hand craftsmanship is still the hallmark of Taylor Guitars, which has been in business nearly 45 years.
Static electricity can do much more than levitate a person's hair with the help of a charged balloon. This scientific phenomenon, technically known as electroadhesion, can also enable a robotic gripper to easily handle material as fragile as an egg and as flimsy as soft fabric.
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.
Robot sales in North America hit record highs in 2017 in terms of both units sold and total sales. Manufacturers purchased 34,904 total units, representing $1.9 billion in total sales, according to the Robotic Industries Association (RIA).
To handle simple material handling tasks in automated workcells, engineers typically opt for linear axes. However, assembling multiple linear axes into a Cartesian motion system can be a time-consuming process. You must connect each module to the next one, assembling subcomponents as you go, then wire each module, connect each axis to an external controller, and finally program the system.
The ASSEMBLY Show played host to more than 30 suppliers of robots and robotic accessories. The following are some of the robotic technology that were seen on the show floor.