Develop a technology using silicon-on-glass for flat panel displays.
with the HP Indigo printer?
Develop a modular simulation platform for simulating antibody/antigen reactions.
Preserve the past by preventing deterioration in museum and library collections.
Will the product and packaging hold up in transit?
Reduce dependence on foreign oil?
For over a decade, RIT's Packaging Dynamics Laboratory has partnered with industry to analyze the packaging designs and materials being used to encase, ship, and protect some of America's most popular products. Their efforts have helped to decrease product damage, reduce overall shipping costs, and lower material use in packaging. More recently the lab has also moved into material analysis, working with firms to increase recycled content and reduce the use of toxic materials, improving the overall sustainability of modern packaging technology.
The lab has worked with a host of major companies over the years, including Corning, Constellation Brands, Sentry Safe, Cadbury Schweppes, and Johnson and Johnson. The team of engineers and students conduct environmental testing, vibration analysis, compression, and impact assessment to simulate how current packaging will hold up under different conditions. They work with firms to conduct redesigns based on the results and provide third party analysis that can be used to illustrate packaging safety and security to potential clients.
"We purposely drop, shake, and 'kick' packages containing everything from glass bottles to high-definition TVs," says Thomas Kausch, manager of the Packaging Dynamics Laboratory. "Most firms do not have the capability to conduct this kind of testing in house, so our facility provides a valuable scientific resource that enhances the ultimate product we all see in the store."