Davis-Standard Appoints New V.P. for Canadian Businesses
Mike Brown responsible for executing the business operating plan, strategy and performance initiatives for Toronto-based subsidiaries Brampton Engineering, Deacro, and Gamma.
Davis-Standard has named Mike Brown vice president of operations for the company’s Canadian businesses. In his new role, Brown will be responsible for executing the business operating plan, strategy and performance initiatives for Davis-Standard’s Toronto-based subsidiaries Brampton Engineering, Deacro, and Gamma.
Brown most recently worked for Gillette/Procter & Gamble, where he was operations manager for injection and extrusion operations. Brown has also worked at Edwards Vacuum, Avox Systems, Milacron and Quality Metalcraft, providing him with extensive experience in transforming businesses in terms of profitability, safety, aftermarket services, lean manufacturing, and footprint utilization, Davis-Standard said in a press release.
Brown holds a Bachelor of Science in mechanical engineering and a Master of Science in manufacturing engineering from Worchester Polytechnic Institute, and a Master in Business Administration from Babson College.
Said Dan Guthrie, Davis-Standard’s Chief Operating Officer, “We look forward to him leading our Brampton Engineering, Deacro, and Gamma companies to reach our strategic growth goals.”
Related Content
-
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.
-
Understanding Melting in Single-Screw Extruders
You can better visualize the melting process by “flipping” the observation point so the barrel appears to be turning clockwise around a stationary screw.
-
The Importance of Barrel Heat and Melt Temperature
Barrel temperature may impact melting in the case of very small extruders running very slowly. Otherwise, melting is mainly the result of shear heating of the polymer.