Exciting news in the world of 3D printing! Impossible Objects has teamed up with fiberglass composite experts Owens Corning to create a groundbreaking material for resin 3D printing. This material, soon to be unveiled, is set to launch with the Impossible Objects C-Band process. But what’s the buzz all about?
The C-Band Technology
The C-Band process, or Composite-Based Additive Manufacturing, is the star of the show. It promises to deliver high strength-to-weight ratios, making it an ideal candidate for various applications. The material also boasts excellent chemical resistance, further expanding its potential utility.
Challenging Metals with Cost-Effective Composites
Impossible Objects and Owens Corning have a lofty goal in mind: to provide a low-cost 3D printable alternative to metals like aluminum. By merging the C-Band process with Corning’s expertise in glass non-woven manufacturing, they’re aiming to take composites to the next level. Their collaboration seeks to introduce more composites into high-strength, high-volume applications, effectively competing with traditional manufacturing methods, including injection molding. The resulting benefits? Reduced lead times, lower tooling costs, and the freedom for customization.
Skinner, a representative from Owens Corning, emphasizes the potential of Impossible Objects’ technology for applications that can benefit from composites. Their shared vision is not just about success but also about delivering true value to the market and customers. This commitment has led to their partnership and joint efforts to further develop this exciting technology.
A Growing Trend in 3D Printing Materials
While Impossible Objects and Owens Corning are making waves in the industry, they aren’t alone in this endeavor. Recently, the Netherlands-based 3D printing materials specialist, Lick Create, introduced an ultra-rigid ceramic-reinforced composite resin to their photopolymer portfolio. With such innovations and new materials continuously emerging over the last few years, we’re witnessing an exponential expansion in the world of 3D printing materials.
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