![]() The Puma was very important to Stewart because it helped him to make putts. Payne Stewart was a great golfer because of his putter. Stewart used a Wilson Staff Classic putter throughout his career. He is best known for his record-breaking victory at the 1994 PGA Championship, which made him the first golfer to win three major championships in a single year. ![]() Payne Stewart was an American professional golfer who was one of the most successful golfers of his era. Stewart’s most famous putter was the Titleist Pro V1. One of Stewart’s most famous shots was his final round of the 1986 Masters, in which he shot a final round 66 to win by one stroke. ![]() He won 18 major championships, including seven Masters titles. Heck, if it can help us save a few strokes on our weekend warrior round, we will put it in there too.Payne Stewart was one of the most successful golfers of all time. We’ve even seen prominent tour players, like Rickie Folwer, adding AM putters to their bags. With pushes like these, it wasn’t surprising to see other companies jump into AM, as well. We’re looking forward to driving more successful projects with Callaway, as they continue their additive journey,” said Chris Schuppe, general manager of AddWorks at GE Additive. We have also used additive technology to create an acoustic map, which is certainly a first for us. “We’re also taking away many new learnings from our first project together, especially around aesthetics. GE Additive brings the total package to the table, offering end to end solutions from printing machinery, raw materials, consultancy and build software,” said Brad Rice, director of R&D for Advanced Engineering at Callaway. “We chose to work with GE Additive, to partner with experts, that represent best-in-class within the industry. (Source: GE) Callaway’s 3D printed R-Ball Putter Head. GE Additive team member removing 3D printed R-Ball Putter heads. ![]() This is a paradigm shift away from what Callaway knows and into a brave new AM world. The company now understands the overhang constraints, can optimize the topology for different acoustic characteristics, and can select from various materials to ensure the putters have the desired material properties. 3D printing allowed the group greater design freedoms and the ability to tailor its product to appeal to the varied preferences around the globe. They partnered with GE Additive’s AddWorks team, and with their help, began designing new geometries to change the acoustic profile. The team at Callaway exhausted all traditional manufacturing methods to alter the acoustic profile of the R-Ball Prototype, but eventually turned to AM to solve this problem. The higher pitched “ping” turned off many golfers, and although they liked the design, the acoustics kept them from buying it. The putter, which was extremely popular in Japan, struggled to sell in other markets. This included the conversion of the Odyssey R-Ball Prototype putter into a more globally appealing product. Past innovations have featured multi-material designs and special polymer inserts, but, in 2018, the company began looking to AM to stay ahead of its competition. (Source: GE)Ĭallaway prides itself on being the “Number One Putter on Tour” and wants to continue innovating its clubs with the latest technology. Callaway using 3D printing to design the new R-Ball Putter. This project was able to help Callaway dive into the deep end of AM and could lead to the technology prominently featured on Callaway’s golf clubs in the future. Since then, the company began using the technology to redesign the acoustic profile of its Odyssey R-Ball Prototype putter. As golf giants Cobra and PING explore new ways to incorporate additive manufacturing (AM) into their production lines, it’s worth acknowledging that Callaway has been exploring the technology since at least 2018, when the company signed a consultancy agreement with General Electric (GE) Additive’s AddWorks team.
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