3D Printing News Briefs: November 1, 2019

In this Halloween week edition of 3D Printing News Briefs, we’re telling you about a report, an agreement, and 3D printed footwear. SmarTech Analysis has released its market analysis report on metal 3D printing. GE Additive has signed a R&D agreement with Oak Ridge National Laboratory. Finally, multinational company Camper is using BCN3D’s technology to revolutionize its footwear design process.

SmarTech Analysis Releases New Metal 3D Printing Report

This week, industry analysis and market consulting services provider SmarTech Analysis released a new report centered on production market opportunities in metal additive manufacturing. Titled “Metal Additive Manufactured Parts Produced,” the report offers insight into what specific applications and industries are driving metal AM, which is expected to generate $228 billion worth of components over the next ten years.

“Through its advanced market modeling techniques which have been adopted throughout the additive manufacturing industry to help inform and quantify market opportunities, SmarTech is now pleased to present a study and accompanying dataset as a method of understanding metal additive manufacturing output, and its value to the various industries which metal AM users are active within. This research analysis is intended to help quantify the ways in which metal AM technologies are applied today and may be applied in the future, and the impact that these technologies will have on specific markets as time goes on,” SmarTech Analysis’s Rob Nolan explained in an email.

The report lists some of the trends expected to impact metal AM’s production structure over the next decade, including efficiency and production-cost improvements of the individual technologies and continuing efforts in design for additive manufacturing (DfAM). You can request an excerpt, or purchase the entire report, on SmarTech’s website.

GE Additive and Oak Ridge National Laboratory Sign Agreement

At the GE Additive Technology Center in Cincinnati this week, GE Additive and the US Department of Energy’s Oak Ridge National Laboratory (ORNL) signed a five-year cooperative research and development agreement (CRADA), which is centered on the software, processes, and materials needed to encourage AM adoption and drive industrialization. This CRADA, which supersedes a separate one that’s been in place since 2012, covers all GE Additive materials, equipment, and engineering services, and is focused on creating, and implementing, novel 3D printing technologies into commercial products.

Daniel R. Simmons, Assistant Secretary for DOE’s Office of Energy Efficiency and Renewable Energy, said, “By collaborating with industry partners such as GE Additive, DOE’s Oak Ridge National Laboratory brings its multi-disciplinary expertise and capabilities to bear on real-world challenges and moves technologies into the marketplace where they will have the greatest economic impact.”

Camper Uses 3D Printing to Revolutionize Footwear Design Process

Spanish footwear manufacturer Camper is enhancing the creativity of its designers and engineers by integrating desktop Sigma and Sigmax 3D printers from Barcelona company BCN3D. Each of Camper’s shoe collections have some modicum of geometric complexity, and in order to reliably create detailed models, they are using flexible materials and BCN3D’s printers to create realistic prototypes. They are able to create lightweight, ergonomic 3D printed components on fabric, without the use of molds.

“With various 3D printers on site, Camper’s designers now have new designs literally in the palms of their hands. This is a huge advantage for designers because they can now validate volumes, dimensions and geometric shapes that they could not visualise with a digital model,” BCN3D’s CEO Xavier Martínez Faneca said. “If designers can print a shoe model in 3D the next day, the design team has the ability to take their creative potential further. With collaboration, they can really achieve the product they are looking for. Before, design processes were much slower.”

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