Doosan Machine Tools America Names James Kim CEO
Doosan Machine Tools America has named James Kim, a 37-year-veteran of Doosan and former vice-president of its American Strategy & Planning department, its new CEO.
Doosan Machine Tools has named James Kim the new CEO of its North American operations. Mr. Kim has spent the past 37 years at Doosan in a variety of roles.
“I am honored to be recognized for nearly four decades of faithful service, and I greatly look forward to promoting the incredible technology Doosan has to offer,” Kim says.
Kim has served Doosan Machine Tools America for the past 18 years. Prior to that, he was based in Doosan’s South Korean headquarters as marketing team leader for the Machine Tool Business Group of Daewoo Heavy Industries. In his time in the United States, he has taken on many roles, including sales management director, vice president of Strategy & Planning and corporate secretary (also a VP role).
“We’re very excited to see James in this new role,” says Jim Shiner, vice president of Sales and Marketing at Doosan Machine Tools America. “He has always been an open communicator who works to establish trust and build authentic relationships.”
Related Content
-
Quick-Change Tool Heads Reduce Setup on Swiss-Type Turning Centers
This new quick-change tooling system enables shops to get more production from their Swiss turning centers through reduced tool setup time and matches the performance of a solid tool.
-
Industry Analysis: Machining Semiconductor Components
With many machine shops anticipating long-term growth in demand from the semiconductor industry, it is worth the time to heed the advice of manufacturers who have already been servicing this end-market for years.
-
A History of Precision: The Invention and Evolution of Swiss-Style Machining
In the late 1800s, a new technology — Swiss-type machines — emerged to serve Switzerland’s growing watchmaking industry. Today, Swiss-machined parts are ubiquitous, and there’s a good reason for that: No other machining technology can produce tiny, complex components more efficiently or at higher quality.