Broetje-Automation to establish U.S. headquarters in Chicago
Long-term lease with Elk Grove Technology Park is part of the company’s plans for an increased footprint in the North American market.
Broetje-Automation GmbH (Rastede, Germany) will establish its U.S. headquarters as the first tenant of Elk Grove Technology Park in Chicago, according to Brennan Investment Group. Broetje will occupy 43,206 square feet of a 151,693 square-foot building. The site will as the company’s U.S. headquarters and production facility for manufacturing and assembling robotic systems and automated composite manufacturing equipment. The property will feature a high-end glass façade, modern, pre-cast construction, state-of-the-art systems and fixtures, 32-foot ceiling clearance and ample loading and parking.
“With our new facility in Chicago, we will bring enhanced skills closer to our customers and will have the capability to manufacture and assemble products in the U.S., including our latest robotic developments, our new products targeting composites applications and other productivity-driving technologies,” says Ken Benczkowski, president of Broetje Automation-USA Inc.
Phase one of the Elk Grove Technology Park consists of four buildings with a total of 524,583 leasable square feet remaining. Completion of the last building is targeted for the late summer of 2019.
Related Content
-
Belzona opens fifth European SuperWrap Training Centre
Global training facilities provide intensive, first-class installer and supervisor training for proper use and application of Belzona composite pipe and tank repair systems.
-
Rice University turns asphaltene into graphene for composites
University scientists use novel flash Joule heating process to convert crude oil byproduct into graphene, to then be mixed with composites for thermal, anti-corrosion and 3D-printing applications.
-
Toray, University of Chicago speed up polymer recycling R&D
A jointly developed multi-scale computational predictive technique can accurately predict viscoelasticity from the chemical structures of polymers, ramping up product maturation.