Automation | 1 MINUTE READ

Rethink Robotics Gets New Headquarters & Production Plant

New Hahn Group cobot subsidiary gets its own facilities, collaborates with Siemens.

Share

Facebook Share Icon LinkedIn Share Icon Twitter Share Icon Share by EMail icon Print Icon

Last summer, Rethink Robotics GmbH, a subsidiary of the Hahn Group in Germany, moved into its new headquarters and production facility in Bochum, very close to the “learning factory” of the chair for production systems at Ruhr University in the same city. Rethink Robotics was originally an American cobot supplier and was acquired by Hahn in 2018. Hahn’s multiple robotics and automation brands are represented here by Hahn Plastics Automation in Windsor, Conn.

New Sawyer Black model from Rethink Robotics, introduced at K 2019.

New Sawyer Black model from Rethink Robotics, introduced at K 2019.

The new Rethink facility employs 30 and forms part of the new Hahn Group Technology Center. In addition, a minority stake in Rethink Robotics was acquired by Siemens Technology Accelerator, and a development cooperation has been initiated between Rethink and Siemens Corporate Technology. The two firms are working to optimize Siemens control hardware to work with Intera software from Rethink Robotics. “With the technology from Siemens, we are getting closer to the start of a new series of robots very quickly and will be presenting a first prototype in spring 2021,” says Daniel Bunse, CEO of Rethink Robotics. At K 2019, Hahn exhibited Rethink’s new Sawyer Black cobot (pictured) with upgraded hardware, quieter operation and larger payload capacity (see Dec. ’19 Starting Up).

RELATED CONTENT

  • INJECTION MOLDING: Automation and Integration At K Show

    There were new presses of all stripes aplenty at K 2010, but the “wow” factor was supplied by automated work cells and integrated manu-facturing systems performing multiple operations before, during, and after molding.

  • Molders' Guide to Do-It-Yourself Robot Tooling

    An injection molding robot is no better than its end-of-arm tooling (EOAT). All the potential benefits of robots--increased productivity, quality, and safety, as well as reduced scrap--are influenced by the effectiveness with which the EOAT does its job. End-of-arm tooling may perform tasks as simple as sprue picking and demolding or as advanced as degating, insert loading, parts reorientation, and assembly.

  • MEDICAL MOLDING: Configure Your Molding Machine Into a ‘Clean Room’

    You can meet the stringent requirements of the medical market without having to invest in a full-blown production clean room.