Automatic loading of machine tools
A cost-effective system also enables small and medium-sized companies to switch to automated loading of machine tools.
Articles and background information on the topic
A cost-effective system also enables small and medium-sized companies to switch to automated loading of machine tools.
At a contract manufacturer in sheet metal processing, a robot colleague takes over the grinding. This saves the company time and achieves high quality end products.
Integration of robot-based production cells
The ISW at the University of Stuttgart researches the use of industrial robots for machining tasks and develops automation concepts that support the integration of robot-based production cells in companies.

Robot-based 3D printing on metallic base bodies: scientists at TU Braunschweig are researching the individual production of plastic-metal components. A newly developed process for surface structuring ensures a strong bond between metal and plastic.

Used batteries from electric cars contain valuable raw materials that can still be used. To be able to recycle them, a research team from the Center for Digitized Battery Cell Production (ZDB) at Fraunhofer IPA is developing a robot cell with a wide variety of tools.

The number of industrial robots in factories worldwide has risen by 10 percent to a new record of around 3 million units - as reported by the International Federation of Robotics in the new "World Robotics 2021" yearbook.

Highly flexible cables and hoses ensure that robot applications are supplied with energy, data and media.
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"We are so small, there is no potential for robot automation here", "Robotics is expensive, complicated and difficult to implement." What is the truth behind these prejudices? The round table "The robot as a colleague" gets to the bottom of this.

ABB recently introduced FlexBuffer, a modular and customizable cell for the storage, buffering and sequencing of a wide variety of items.