New Director of Sales at Pemamek
Michael Bell now manages sales for their North American subsidiary Pemamek LLC.
Posted: May 2, 2019
Pemamek Oy (Loimaa, Finland) named Michael Bell as the director of sales for their North American subsidiary Pemamek LLC (Houston, TX), which provides welding automation technology and integrated manufacturing solutions to a wide range of industries, including shipbuilding, heavy fabrication, oil and gas, wind energy and boiler manufacturing. They offer welding positioners, column and boom units, roller beds and robotic solutions as well as proprietary PEMA WeldControl programming and control software.
Bell will support sales of PEMA brand equipment and solutions throughout North America from U.S. locations in Cincinnati, OH, and Houston, TX. He was previously the director of operations at automation equipment and software manufacturer Fastems LLC. “I am delighted to be leading this team in the launch of our North American sales efforts,” said Bell. “PEMA equipment and systems are synonymous with quality, advanced engineering and above all – customer support. I am happy to embrace those attributes and enhance them as we build our networks here.”
According to Bell, they will build on their successful shipyard automation systems and helping welding fabricators be competitive with economical workpiece and welding automation equipment. “Our emerging technologies in panel production are making it an affordable proposition to invest in for fabricators who are welding panel structures in the railcar, ship/boat building, off/on road trailer manufacturers and many other industries,” he continued. “We are proud to be on the cutting edge of welding automation and helping the industry become safer, more productive and create more consistent production results.”
He added that PEMA WeldControl Welding Automation Software is a forward-thinking approach in which the software communicates in concert with the workpiece automation devices, welding power supply and visioning systems. This new technology increases throughput by allowing advanced programing of the workpieces to enhance workflow.