Engineering Interns at PlastiComp to Gain Real World Composites Know-How
Maria Wrage (left) from Dysart, Iowa, and Micah Callies (center) from Mayville, Wis., are both pursuing engineering degrees from Winona State University’s Composites Materials Engineering program. Amy Lossen (right) from Dresbach, Minn., is studying Materials Science and Engineering at the University of Wisconsin–Madison.
The trio will perform quality assurance testing by evaluating the mechanical performance of composite materials manufactured at PlastiComp while also spending time in other functional areas to expand their knowledge base. They will each get the opportunity to collaborate with PlastiComp’s experts during two-week long immersions in the firm’s product development, application development, composite pellet production, and component forming operations.
“It’s important for interning engineers to get a broad perspective of the many activities necessary to develop, produce, and deploy composite materials,” said Eric Wollan, Chief Operating Officer at PlastiComp. “We really feel it’s important to invest in students to help them develop the robust skillset they need to become successful engineers. Of course, we hope it pays off for us as well and some of them choose to come back to PlastiComp full-time after they graduate.”
Deploying a partnership philosophy combined with a fully integrated approach to application development, PlastiComp focuses its expertise on moving innovative long fiber reinforced thermoplastic composite technology into new markets and applications by applying long fiber’s stronger, tougher, and lighter capabilities to make products better. Ready to process Complēt® composite pellets for injection molding provide made to order performance by incorporating long carbon, glass, or specialty fibers with thermoplastic polymers ranging from polypropylene to PEEK for application specific structural material solutions.
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Design & Analysis
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Processing & Forming
Quickly develop and maximizie long fiber’s benefits.
PlastiComp extends long fiber technology to achieve unique material solutions
Complēt Long Glass Fiber
Structural performance in polymers form PP to PEEK.
Ultra durable for demanding applications.
Complēt Long Carbon Fiber
Reduce weight or obtain higher performance.
Cost effectively adopt carbon fiber performance.
Improved flow fills thin walls or enhances surface aesthetics.
Combine reinforcement with functional performance.