Supplier Directory Subscribe
Advertisement
Advertisement
Advertisement
Advertisement
Home / AMUG Names Technical Competition Winners

AMUG Names Technical Competition Winners

Erika Berg, Maddie Frank, and Bill Braune were recognized for excellence in additive manufacturing.

Posted: June 14, 2019

Chosen out of 17 entries in the Technical Competition, Maddie Frank and Bill Braune were named co-winners in the Advanced Finishing category for their exceptional execution and attention to detail when bringing their 3D-printed parts to life. Erika Berg, was the Advanced Applications category winner.
Advertisement
Advertisement

The Additive Manufacturing Users Group (AMUG; Milwaukee, WI) recognized excellence in additive manufacturing (AM) with the selection of winners in their annual Technical Competition. From 17 entries displayed at the annual AMUG Conference, a panel of industry veterans selected Erika Berg (Carbon), Maddie Frank (University of Wisconsin), and Bill Braune (Met-L-Flo) as the winners of the competition.

Mark Barfoot, the AMUG past president and coordinator of the Technical Competition, remarked, “These entries in the Technical Competition were amazing in their beauty, innovation, and practicality. Our panel of judges deliberated at length to make the final decision.” In the end, the judges could not break the tie in the Advanced Finishing category, so Maddie Frank and Bill Braune were named co-winners in this category for their exceptional execution and attention to detail when bringing their 3D-printed parts to life.

Frank’s entry, a 3D-printed electric cello was both innovative and elegant with an artistic, abstract interpretation of the instrument’s classic look. Through laborious effort and carefully thought-out techniques, she translated the distressed elements, wood grains, and overall character of the original to her 3D-printed version. Judges noted that the 3D-printing material selected for its strength is notoriously difficult to work with when seeking aesthetically pleasing finishes. Frank also demonstrated skill in fabrication to make her entry beautiful and playable – producing the sound and resonance of a hard-wood-made stringed instrument. Judges also commented that the execution of design, fabrication, construction, and finishing was at a level far beyond that which is expected of an engineering student and intern.

Braune captured the judge’s attention with “The Master Chief,” a 30 in tall model of the Halo video game character by the same name. His skills and his choice of tools brought this digital character to life in the physical world. For his entry, he used various painting techniques, with Pantone® color matching for authenticity to the digital character, after painstakingly blending seams, sanding, and polishing. The model was comprised of seven pieces that were produced with Digital Light Synthesis™ and stereolithography. The judges were also impressed by the creative use of dyed laser sintering powders to add texture to the rock formations of the base on which the model stands.

Barfoot said, “Seeing Maddie’s and Bill’s entries, I can understand why the judges could not break the tie. Both presented impeccable works worthy of being called art.”

While the Advanced Applications category had one winner, Erika Berg, the judges had an equally challenging decision-making process. However, her entry, a digitally printed helmet liner for Riddell’s SpeedFlex Precision Diamond Helmet, stood out for its innovative application of AM’s unique capabilities and the collaboration between Carbon and Riddle. The liners, which are custom made for each player, are comprised of digitally tuned lattices that contain more than 140,000 struts. Digital tuning adjusts both the shape and material composition of the struts, which provides multiple functional zones from one 3D-printing build to optimize energy absorption for head protection. The liners have been used by select players from each of the 32 NFL teams.

Barfoot stated, “Our judges were impressed by the mass customization aspect of this application and its practical role in improving player safety. Personally, I really applaud the digital tuning aspect, which is something that non-AM technologies simply cannot achieve.”

For Advanced Concepts, Daniel Michalski (Ford Motor Company) and Robert Heath (Eckhart) took second place for their lift assist alternative that supports the manufacturing process for FWD transmission cases. Third place in this category was awarded to Jack King (DustRam LLC) for 3D-printed DustRam tools that provide dustless tile removal in homes and offices. In the Advanced Finishing category, Andrew Allshorn (At 3D-Squared) was awarded third place for his replica of a vintage Century boat’s steering wheel medallion.

As winners of the Technical Competition, which recognizes excellence in additive manufacturing applications and skill in finishing additive manufacturing parts, Berg, Frank, and Braune each received complimentary admission to the 2020 AMUG Conference, a commemorative award, and the admiration of their fellow AM users.

www.amug.com

Subscribe to learn the latest in manufacturing.

Calendar & Events
FABTECH 2024
October 15 - 17, 2024
Orlando, FL
Design-2-Part Show
October 16 - 17, 2024
Marlborough, MA
Design-2-Part Show
October 23 - 24, 2024
Akron, OH
SEMA
November 5 - 8, 2024
Las Vegas, NV
Design-2-Part Show
November 19 - 20, 2024
Nashville, TN
Advertisement
Advertisement
Advertisement
Advertisement
Advertisement