University students use 3D printing technology to bind system for snowboards

University Students Utilize %&&&&&% Technology for Snowboard Binding System The strip system is a proprietary closure made of steel lace, nylon rails and mechanical reels and it provides closure with #8217; for boots and other wearables. The mechanism of turning the knob and utilizing the system with more than 250 million products worldwide, it is no less than remanufactured shoes, medical supports and sports equipment installations.

University Students Utilize %&&&&&% Technology for Snowboard Binding Systems When surfer and entrepreneur Gary Hammerslag founded the inventor in the 1990s, the inventor was frustrated by what he saw as the shortcomings of traditional lace ski boots and hockey skates. So he started doing it in a better way, getting them to fit in and stay at work. In a relatively short period of time, snowboard brand K2 vans started using equipment, and those early adopters were soon joined by manufacturers of golf, cycling, utility, safety and medical products.

Robert Hing, a snowboard and design student, is working on a 3D printed snowboard and plans to incorporate Boa's closure system. Lean & #8217;'s project, overseen by Paul Collins and Clara U.S. Army Officers Academy Alvarez's Advanced Design at the Deakin University Engineering Training Center, helped support the creation of its own product.

A prototype of the BOA system, known as griptight, was 3D printed in objective3d on a Connex3 Objet500 PolyJet machine.

The Advanced Design Center for Engineering Training is dedicated to engineering training, which houses virtual and #8211; and #8211; molding equipment, allowing students to enjoy the concept of program development and imagination.

Enen, now a Research Assistant in Mechanical and Industrial Engineering at Deakin University, brings her experience as a ski instructor working with White Horse Snow Sports on the design and development of the griptight BOA system. University students utilize %&&&&&

%Technology Binding System for Snowboards "My motivation for this project was that I wanted to take my love of snowboards in my engineering studies," says Lim. "We conducted a survey of almost 300 enthusiasts and professional athletes around the world who felt they needed a combination, pain-free, and responsive and #8221;
The designer said that this was largely feedback on the success of his LED project in the Deakin team's focus group, which proved to be the first test of the current product.

Lean said that getting involved in putting the bindings — uncertainty and then going down the mountain — was indelible on the first run of the new design he wore on the downhill. These results validate the effort put into the design process, he said.

Do you think this 3D printed ski binding system was created by Australian University student Robert Lean? Let us know and ski at 3dpb.com on the 3D printing forum. Check out more about the project in this video:



Source: 3D Printing Factory - DreamWorks http://www.qudream.cn