Visteon Invests $100 Million in Monroe, Michigan Plant
16 November 2000
Visteon Invests $100 Million in Monroe, Michigan PlantDEARBORN, Mich., Nov. 16 Visteon Corporation is investing $100 million to modernize its Chassis Systems operations at the Monroe Plant, an action that will position the facility for future growth. New state-of-the-art machinery and equipment will allow the 1.5-million- square-foot plant to produce chassis products such as halfshaft and driveshaft systems for new-model vehicles. In addition, a portion of the investment will be used to implement new technologies to produce lightweight chassis products that should result in improved fuel efficiency. The improvements also can allow the facility to bring in additional catalytic converter business. "This investment is an example of our commitment to enhance our manufacturing processes and capabilities in order to include more high-tech operations," said Ed Buker, vice president and general manager, Visteon Chassis Systems. "Manufacturing improvements allow us to be more competitive in the industry and more responsive to our customers' needs." Improvements to the facility already have begun and are expected to be completed by 2002. "I'm confident this project will help provide us with a solid foundation on which to build a successful future in the Monroe community," said Monroe Plant Manager Larry Hinkle. The Monroe Plant, which recently celebrated 50 years of manufacturing, has nearly 2,200 employees, making the Visteon facility the largest single employer in Monroe County. "More than 80 percent of our membership lives in Monroe County," said Les Burnett, UAW Local 723 bargaining chairman for the Monroe Plant. "This investment will be good for the UAW families and the rest of the community because it will help bring our plant into the 21st century. We are very pleased." Part of Visteon's Chassis Systems, the Monroe Plant produces a variety of automotive components including coil springs, stabilizer bars, catalytic converters and other chassis-related products.