This morning Massachusetts-based Rize, Inc. announced the release of its RIZIUM™ Glass Fiber (GF) composite. Founded in 2014 by CTO Eugene Giller (formerly of ZCorp), the 3D printer manufacturer also specializes in materials for applications like life sciences, communications, and branding. Now, the World Economic Forum (WEF) 2020 Technology Pioneer continues its commitment to color 3D printing with a new composite for large, full-color parts, offering the strength to support complex structures—while preventing issues like warping.
On a mission to redefine 3D printing, the company stated in a recent press release that they hope to continue to provide users with the ability to expand their work further with this new material. Sustainability for their users with next-generation technology has always been a focus for the Rize development team too, as they have developed proprietary materials over the years. RIZIUM Glass Fiber is compatible with all of their 3D printers (as well as printers from RIZIUM Alliance partners).
The new GF material was founded on Rize’s cyclic olefin-based matrix, offering the following features:
- Low emissions during production
- Extremely low moisture absorption
- High chemical resistance
- Strength, durability, and stability
RIZIUM GF has been “rigorously tested” and proven prior to its release, and is compatible with Rize Augmented Polymer Deposition (APD), combining inks with polymers to make new materials. Rize states that users will also be able to look forward to 3D printing “large build volumes” for many different applications.
“Until now full color 3D printing applications could only deliver weak approximations of the original, and users often avoided large parts or complex geometries because they could warp or crack,” said Andy Kalambi, CEO of Rize. “We’re delighted to help drive a renaissance in industrial manufacturing with better 3D printing materials and technology.
This release also marks the fourth time that RIZE has received UL GREENGUARD Certification, based on the ANSI/CAN/UL 2904 Standard Method for Testing and Assessing Particle and Chemical Emissions from 3D Printers. Issues with emissions, toxicity, and safety are an ongoing concern in 3D printing and industrial AM processes, prompting research into the possibility of whether we are unknowingly poisoning ourselves, causing health hazards, as well as seeking out new solutions for users printing at home.
With the UL GREENGUARD Certification, the new materials are verified as safe for use in enclosed spaces, to include areas like schools, hospitals, and offices.
“We like the print reliability that RIZIUM Glass Fiber delivers to the Rize product line. Azoth can be confident in the quality and strength of RIZIUM GF parts. Being able to transform 3D rendered models into accurate full color parts is something our customers love,” said Ronnie Sherrer, application engineer at Azoth, an Ann Arbor based provider of technology and additive manufacturing to large manufacturers.
Other customers include NASA, PSMI, Wichita State University, the U.S. Army and Festo. Rize has also continued to evolve in the manufacturing of new hardware over the past few years from the introduction of their initial RIZE One industrial desktop 3D printer to the XRIZE 3D printer, and the adaptive desktop RIZE 2XC 3D printer.
[Source / Images: Rize, Inc.]
You May Also Like
Ultimaker and 3D Metalforge Announce “Largest” FFF 3D Printing Facility in Singapore
Desktop 3D printing leader Ultimaker has announced a partnership with Singapore- and Houston-based global additive manufacturer 3D Metalforge. As a result of this partnership, the two will collaboratively launch what’s...
Roboze Opens Munich Office for German 3D Printing Customers
After creating numerous working relationships with German companies interested in using high-performance 3D printing polymers, the Italy-headquartered Roboze has taken the leap to open up a new facility in Munich....
Wi3DP Panel: Experts Discuss Impact of Aerospace 3D Printing on Industry
During a virtual panel by Women in 3D Printing (Wi3DP), three leading experts in additive manufacturing (AM) for aerospace addressed the impact of the technology across the industry. Hosted by...
Evonik Opens Center for Plastic 3D Printing in Austin, Texas
Based in Germany, Evonik Industries has been a leader not only in developing specialty chemicals but also in additive manufacturing processes, precipitating the need for yet another new facility in...
View our broad assortment of in house and third party products.