Companies can take advantage of state-of-the art equipment; students gain experience
Sept. 21, 2011
MU News Bureau, email@example.com, 573-882-6211
COLUMBIA, Mo. – When Microdyne, LLC, needed help building a prototype for a dairy cattle breeding device, the company, based in St. Joseph, was ready to look overseas for a prototype manufacturing team. Then Microdyne was introduced to Mike Klote, manager of the University of Missouri’s College of Engineering prototype development facility, and a solution was found that also provided MU engineering students a valuable educational opportunity.
Microdyne had developed the electronic components for their device, but had no way to build it. MU’s prototype lab developed the plastic casing for the device, and Microdyne is now offering a patented product, the “TattleTale™,” to dairy farmers around the country.
“We were prepared and actually began to have this development work done in China, but with the help of MU’s Center for Innovation and Entrepreneurship, we were able to find the prototype development facility and other highly skilled people locally,” said Jim Jackson, spokesperson for Microdyne.
A prototype is an original model that ultimately serves as a pattern for a tangible product. Roughly 90 percent of the prototype development process is drawing and 3-D modeling, which is the expertise of the engineers that work in the prototype development facility.
Prototype manufacturing utilizes a process called additive manufacturing, where a model is developed on the computer and the prototype machines create the model, layer by layer. With the MU lab’s electronic circuit design, circuit board development and traditional machining capabilities, the prototype development facility is a one-stop shop. The lab has created prototypes as varied as a canine leg bone for veterinary medicine students to a plastic roller bearing developed for a local industry.
“We have unique capabilities within engineering that don’t exist in many places, including four rapid prototype machines, each with a slightly different process and a unique function,” Klote said. “A new mold to use in a standard manufacturing process can cost $30,000, but you may only need 100. We can fabricate those parts easily and much cheaper using rapid prototyping, and the students who work in our lab have been getting internships based on their work experience with models and prototypes.”
In addition to offering University of Missouri engineering students the latest in modeling software and equipment, the prototype development facility now offers for-pay prototyping services to off-campus entities.
For more information, visit engineering.missouri.edu/prototype or call the lab at 573-882-3798.