Stratasys Showcases Four Years of New Technology
Stratasys has added several new 3D printing technologies and machines since 2018, many of which are making their IMTS debut.
Selective Absorption Fusion (SAF) is one of the three 3D printing processes Stratasys has added since the last IMTS in 2018. The H350, which uses SAF technology, is making its IMTS debut.
Photo Credit: Stratasys
When IMTS was last held in 2018, Stratasys had two additive manufacturing technologies: fused deposition modeling (FDM) and PolyJet. In the four years since, the company has added three new types of 3D printers: stereolithography (SLA), Programmable PhotoPolymerization (P3) and Selective Absorption Fusion (SAF). “With that comes a variety of printers that have not been on the floor before,” notes Heather Morris, senior manager, public relations at Stratasys. These include the Stratasys F370CR and F770 FDM machines; the SAF-powered H350 printer; the Origin One P3 printer; the Neo 800 SLA machine; and the J55 PolyJet printer.
Similar to other shows, which have included a 3D printed Battleship game and a 3D printed Operation game, the booth also features what Morris describes as a hands-on, interactive experience that is designed to show that additive manufacturing is an everyday technology. “We really want manufacturers to imagine what's possible with additive manufacturing, and how they can change the way that things are done or create new lines of business through their use of additive manufacturing,” she explains.
Additionally, the company, which recently announced open materials options for its machines, is showcasing its materials ecosystem on its materials wall. “Attendees can walk up to that wall, see the materials, see the various uses for the materials and technologies, and touch and feel the different materials,” Morris describes.
Ultimately, Stratasys wants manufacturers to imagine what’s possible with 3D printing. Partners such as Stratasys can then work with manufacturers to apply a tailored additive manufacturing solution. “This is an important change in perspective that could allow manufactures to unlock growth potential through additive manufacturing,” Morris says.
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