2008 News

Mydea Technologies to unveil new metal-finishing process at national rapid prototyping conference at Lake Buena Vista

ORLANDO (May 20, 2008) – Michael Siemer, a former Disney Imagineer and founder of Orlando-based Mydea Technologies, is well known for his creativity and innovation in the fields of product design, development and rapid prototyping.

Now, the chief executive officer of one of the Southeast’s leading product development and rapid prototyping companies can add another engineering accolade to his professional resume: creating a fast and inexpensive metal-finishing process called “Metal Jacket,” which turns objects produced in high-resolution plastic and resin into finished products.

He will demonstrate the process this week when thousands of great engineering minds throughout the United States converge on Central Florida for a three-day additive manufacturing conference May 20-22 at the Coronado Springs Resort at Lake Buena Vista. The conference, called RAPID, is put on by the Society of Manufacturing Engineers and is the largest of its kind in the US. Siemer, who is part of the Advisory Committee for the conference and was the previous national chair for the association, personally played an instrumental role in bringing the conference from the Midwest to Orlando this year.

“Technology companies often use prototypes to sell their components,” he said. Those prototypes might range from widgets like simple tools and implements to more complicated simulator equipment that precisely replicates the cockpit of a fighter jet, a tank or a cruise ship.

Those companies often turn to Mydea – a member company of the University of Central Florida’s Technology Incubator – to create those three-dimensional prototypes and low-volume production items quickly and efficiently.

Mydea also creates many products for the medical and dental industries, as well as models for land developers and architects, by using processes like rapid prototyping to automatically produce complex, physical geometries.

In addition to providing affordable product manufacturing, the five-year-old company also offers confidential instant quotes on its website at www.mydeatechnologies.com.Siemer said not needing to register nor upload 3-D files in order to receive a price quote often proves very valuable for those interested in having a product prototype created confidentially. “Our goal is to help consumers build their own prototypes and products, even down to the smallest of jobs,” he said. “We offer a very fast and inexpensive solution for simulated metal parts which has applications in both rapid tooling and direct digital manufacturing..

“We’re a “3D Kinko’s,” Siemer said, adding that while Kinko’s can copy anything on paper, Mydea can copy anything in 3D.

For more information about this release, contact:
Michael Siemer, CEO, Mydea Technologies, 407-737-1991
Tom O’Neal or Carol Ann Dykes, UCF Technology Incubator, 407-882-0202
Larry Vershel or Beth Payan, LV Communications, 407-644-4142

About Mydea Technologies:
Mydea Technologies was incorporated in July 2003 with a mission to assist companies and individuals in all aspects of product development including design and engineering, 3D modeling, rapid prototyping and production. The company is committed to researching and utilizing the newest innovations and technology for rapid product development. Mydea Technologies is located in the Central Florida Research Park in Orlando, FL. For more information, visit www.mydeatechnologies.com.

About the UCF Incubation Program
Since its founding in 1999, the UCF Incubation Program has helped more than 100 emerging companies create over $200 million in annual revenue and more than 800 new jobs with an average salary of $59,000. With five facilities across the metro Orlando community, the Incubation Program is collaboration in economic development between UCF, Orange County, the City of Orlando, Seminole County, the City of Winter Springs, and the Florida High Tech Corridor Council. For more information, please visit http://www.incubator.ucf.edu.

 

www.ucf.edu