Spider robots on the move for additive manufacturing

Stuart Nathan for The Engineer:  One possible vision of the future could be taking shape at Siemens Robotics Labs at Princeton in New Jersey, where a team of engineers is developing autonomous robots equipped with vision, processing and additive manufacturing systems, designed to cooperate on additive manufacturing tasks.

In the form of robotic spiders, the systems are aimed at applications such as collaborative manufacture of automotive bodies, ship hulls or aircraft fuselages, explained project leader Livio Dalloro, head of Siemens Product Design, Modelling and Simulation Research Group.

Like several concepts in mobile additive manufacture, the Spider bots grew out of a concept to build bases for exploration on the Moon and other planets.

Still very much in development phase, the Siemens Spiders currently print in a mixture of cornstarch and sugars, but plastics and even concrete are possible for future generations. The aim of the project was to develop manufacturing machines that can autonomously evaluate a task, divide it between themselves and collaborate to complete it. For example, when an individual robot reaches the end of its battery charge, it will transmit its position to a fully-charged unit that can take over while it recharges.  Full Article:

Featured Product

TM Robotics - Shibaura Machine THE SCARA range

TM Robotics - Shibaura Machine THE SCARA range

The THE range from Shibaura Machine is an extensive line up of SCARA robots. Available in four arm lengths THE400 (400mm), THE600 (600mm) and the most recent THE800 (800mm) and THE1000 (1000mm), this range is suitable for assembly, handling, inspection and pick and place processes in varied industrial applications. The THE1000 boasts a 20kg payload capacity and an impressive 0.44 second cycle time, providing high speeds for processes with large components. In fact, the range has been recognised for as the price-to-performance leader compared to other SCARA models in its price range due to its impressive speed versus payload capacity.