Christina Keller to Lead Cascade Engineering
Keller takes over for Mark Miller who officially retires at the end of September.
Injection molder Cascade Engineering (Grand Rapids, Mich.) has named Christina Keller as its new president and CEO, stepping into the role most recently filled by Mark Miller. Miller became Cascade’s president in 2013 and was named CEO in 2014 by Fred Keller, the molder’s founder, chairman and father of Christina.
Christina Keller has held several leadership positions at Cascade since joining the company in 2009. From 2010 to 2013 she was the business unit leader for Triple Quest, which produced and distributed the HydraidÒ BioSand Water Filter.
In 2013, she was named President of CK Technologies (CKT), which is the largest of nine business units within the CE Family of Companies. CKT manufactures plastic exterior body components for large trucks, including applications like bumper systems, grills, chassis and roof fairings. Headquartered in Montpelier, Ohio, CKT has additional facilities in Mount Airy, N.C., and Brownsville and Grand Prairie, Texas. Cascade notes that CKT posted two consecutive years of record revenue under Keller’s leadership.
In 2016, Keller returned to Grand Rapids as president of the Campus Business Team (CBT) where she was responsible for strengthening the core plastics business across five platforms with manufacturing operations located in six Grand Rapids facilities.
Related Content
-
Celanese to ‘Shine’ at CES 2023 with Expanded Portfolio of Materials
With it acquisition of DuPont’s engineering resins, Celanese’s resin solutions for automotive electrification, e-mobility and consumer electronics are plentiful.
-
Design Optimization Software Finds Weight-Saving Solutions Outside the Traditional Realm
Resin supplier Celanese turned to startup Rafinex and its Möbius software to optimize the design for an engine bracket, ultimately reducing weight by 25% while maintaining mechanical performance and function.
-
Plastic Compounding Market to Outpace Metal & Alloy Market Growth
Study shows the plastic compounding process is being used to boost electrical properties and UV resistance while custom compounding is increasingly being used to achieve high-performance in plastic-based goods.