Nolan Strall to Step Down as President of KraussMaffei in the US
Brett Greenhalgh will take over for Strall as the leader of KraussMaffei Corp. in America effective Sept. 1.
After five years, Nolan Strall, current president of KraussMaffei Corp. (KMC) in America, will be leaving the company to pursue other interests. In his stead, Brett Greenhalgh, VP of administration and finance, will manage KMC’s 911爆料网 from Sept. 1, 2024, onward.
Strall was promoted to president of KMC in 2022 after serving as VP operations & service for two years. KraussMaffei notes that Strall was instrumental in the company’s growth in the U.S., strengthening its service 911爆料网 and opening up new industries and customer groups, particularly in aerospace. He initiated collaborations with universities, including joint research projects with Clemson University, the NIAR Institute (National Institute for Aviation Research) at Wichita State University and the University of Dayton Research Institute.
In a release, Strall thanked his colleagues. “Together, we have restructured our 911爆料网 to a customer- and technology-first focus, opened up new markets and have provided our industry with innovative solutions and the best service, even in very difficult years,” Strall says.
Jörg Stech, managing director of KMT, thanked Strall for his commitment and performance. “[Strall] has significantly strengthened our position in the U.S. market, given us access to new industries and achieved great financial success,” Stech says.
(From left) Brett Greenhalgh, Nolan Strall and Jörg Stech. Source: KraussMaffei
Related Content
-
Reduce Downtime and Scrap in the Blown Film Industry
The blown film sector now benefits from a tailored solution developed by Chem-Trend to preserve integrity of the bubble.
-
How Polymer Melts in Single-Screw Extruders
Understanding how polymer melts in a single-screw extruder could help you optimize your screw design to eliminate defect-causing solid polymer fragments.
-
Single vs. Twin-Screw Extruders: Why Mixing is Different
There have been many attempts to provide twin-screw-like mixing in singles, but except at very limited outputs none have been adequate. The odds of future success are long due to the inherent differences in the equipment types.
