Robotics Assembly

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DAYTON, OH—Engineers at the Air Force Research Laboratory here recently developed a robot for aerospace manufacturing applications.

SINGAPORE--Engineers at Nanyang Technological University (NTU) here have developed a robotic system that can autonomously assemble an IKEA chair. The machines feature off-the-shelf components, such as 3D cameras and robotic arms equipped with parallel grippers.

Cables, cord sets and wire harnesses are invariably assembled with at least some amount of manual labor, even when high volumes are needed. Sure, the process of cutting, stripping and terminating individual wires can be fully automatic.

Traditionally, some manufacturers have avoided robots because of the cost. However, a new robots-for-hire business model is changing that misperception and enabling many types of companies to benefit from automation.

Airplanes old and new share many of the same types of components. One is a nacelle, or engine housing, with an inlet lip skin that ensures smooth air flow. However, not all planes have similarly shaped lip skins.

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).

NEWCASTLE UPON TYNE, U.K.—Engineers at Newcastle University here are studying how the 3D vision used by praying mantises could lead to simpler visual processing systems in robots. They recently equipped insects with miniature glasses that were temporarily glued on with beeswax.

Kawasaki Heavy Industries Ltd. recently unveiled a new robotic system that enables remote collaboration by reproducing the movements of engineers.