3D Printed Terra-cotta Ceramics Helps Restore Devastated Coral Reefs
The Terra-cotta ceramics have been used for thousands of years, but the special application in the 2 ...
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The Terra-cotta ceramics have been used for thousands of years, but the special application in the 2 ...
Nexa3D is introducing – with immediate commercial availability – xCLEAN, an effective and environmentally friendly washing solvent that is designed to work consistently with most photopolymer 3D printers and resin systems available on the market.
Last fall, Boston-based 3D printing company RIZE, Inc. announced with pride that its RIZE One 3D printer was the first in the world to receive UL 2904 GREENGUARD certification. Now, the company has successfully expanded its portfolio of GREENGUARD certified products, including the XRIZE full-color 3D printer, RIZIUM ST filament and RIZIUM inks.
Microwave plasma technology company 6K (formerly Amastan) has announced that its AM division, 6K Additive, has commissioned the first two commercial UniMelt systems for the production of metal powders. The systems, which will be in operation at the company’s 40,000 square foot manufacturing plant in Bugettstown, PA, are capable of producing 100 tons of powder per year.
In order to fulfill the promise of additive manufacturing of eliminating material waste, the AM industry needs to stop wasting materials. In metal powder bed 3D printing this issue has become more relevant as the technology targets larger production batches. And a viable solution to end material waste now exists: it starts with powder rejuvenation. 6K Additive’s UniMelt microwave plasma technology is promising recycled metal powders for PBF with quality even superior to traditionally atomized materials from ingots. Reducing metal powder waste emerged as a key demand during 3dpbm’s AM Focus on Sustainability so we reached out to 6K’s Chairman and CEO, Aaron Bent, Ph.D. to learn how the Boston-based company is addressing this issue.
After completing the 3D printing of the reefs in the laboratory of the School of Civil Engineering ...
This interview was originally published in the 3dpbm AM Focus eBook on Sustainability.
The Additive Manufacturer Green Trade Association (AMGTA), a global trade group created to promote green benefits of additive manufacturing (AM), announced today that it had selected Jeremy Faludi, Ph.D., a leading researcher of sustainable engineering, to oversee its first commissioned university research project, a literature-based systematic review on the environmental sustainability of metal AM.
Buttons are ubiquitous, and most won’t think twice about the small garment essentials. But today, most buttons are made from plastic and most are not recycled, which means that they to pose an environmental challenge. Thankfully, there is a group that is thinking about how to make buttons and plastic clothing features more sustainable, and one solution lies with 3D printing and injection molding.
As we have seen and will continue to explore in our AM Focus this month, there are many facets to the topic of Sustainability within additive manufacturing. On the one hand, additive manufacturing opens up opportunities for more sustainable processes in many industries through the production of design-optimized and lightweight parts. Due to its additive nature, the technology also tends to result in minimal material waste. On the other hand, it is important to consider how manufacturing operations within AM have an ecological impact and how they can be improved. Beyond the industrial side of AM, there are also many ways in which 3D printing and sustainability have become linked, in large part thanks to the ingenuity of visionaries who understand the need for ecological solutions in all parts of our lives.