EAST HARTFORD, Conn.
June 6, 2014
/PRNewswire/ -- Pratt & Whitney, a United Technologies Corp. company (NYSE: UTX), has been awarded the 2014 Frost & Sullivan Manufacturing Leadership Award (ML Award) in the Engineering and Production Technology Leadership category for its Next Generation Robotics Automation Manufacturing team. Pratt & Whitney received the honor last night at the Manufacturing Leadership Summit in
Palm Beach, Florida
The Next Generation Robotics Automation team is a multi-discipline and cross functional group with employees at sites in
East Hartford, Connecticut
North Berwick, Maine
West Palm Beach, Florida
. The team consists of manufacturing engineers, operations professionals and assemblers.
With the goals of continually improving productivity and quality, the specialized team introduced robotic systems into Pratt & Whitney's production processes. The processes enable automated coating for military and commercial engine parts, automated removal of coating overspray and occlusions on engine parts, and precision shaping of blade and vane edges on multiple engine lines.
"We are always looking for smart, inventive ways to produce high-quality products and deliver services at a fraction of the current costs to our customers," said
, chief engineer, Manufacturing Engineering & Global Services, at Pratt & Whitney who accepted the award on the company's behalf. "Our robotics team is a worthy winner of a 2014 ML Award and is responsible for significant improvement in best-in-class engine manufacturing."
Robotic automation has made significant improvements to Pratt & Whitney's business, employees and customers by increasing production speed on military engine parts by up to 80 percent and improving processing times for coating overspray and vane edges.
The technology has also brought pinpoint accuracy and automated measurements to the company's manufacturing processes. Pratt & Whitney is continuing to evaluate and develop its Next Generation Robotic Automation solutions across the company and is establishing this work at next generation robotic centers across business units and sites worldwide.