RIZE Achieves UL’s GREENGUARD Certification for Material, Inks and XRIZE

RIZE introduces certification of its full color-composite printer, material and inks, which are certified for low chemical emissions.

RIZE introduces certification of its full color-composite printer, material and inks, which are certified for low chemical emissions.

RIZE, Inc. announces that its XRIZE full-color industrial 3D printer, its RIZIUM ST 3D printing filament material and RIZIUM inks have received GREENGUARD Certification. This certification is based on the ANSI/CAN/UL 2904, “Standard Method for Testing and Assessing Particle and Chemical Emissions from 3D Printers.”

The XRIZE becomes the first full color, composite 3D printer to be certified by UL for low emissions and safe usage in any market space—while RIZE’s RIZIUM ST composite and its RIZIUM inks also become the first 3D printing material and ink to be GREENGUARD certified. XRIZE’s hybrid materials system combines a filament-based extrusion process with a functional ink-based jetting process to create 3D printed composite parts in full color. RIZE filaments are based on cyclic olefin-based materials, do not decompose at high temperatures and have extremely low moisture absorption.

The XRIZE is RIZE’s second GREENGUARD certified printer, following its RIZE One™ which received the certification in September 2019. By pursuing GREENGUARD Certification, RIZE demonstrates its dedication to developing safer 3D printing processes and materials since the company’s inception in 2014, and affirms that the products emit low levels of chemicals into indoor air during use and contribute to safer, healthier indoor air.

A pioneering research study by Chemical Insights, a Research Institute of Underwriters Laboratories, and Georgia Institute of Technology showed that many desktop 3D printers release volatile organic compounds (VOCs) and ultrafine particles (UFPs) into the air that are known health hazards. The study detailed how these emissions are compromising health and indoor air quality for millions of students, patients, and employees who work near 3D printers in schools, hospitals, offices, and factories. As a result, ANSI/CAN/UL 2904, “Standard Method for Testing and Assessing Particle and Chemical Emissions for 3D Printers” was developed to allow manufacturers to demonstrate that 3D printers can be used without negatively impacting indoor air quality.

“GREENGUARD Certification is rigorous for a reason – because indoor 3D printing use has long been an industry issue. As the first 3D printer, material and ink to earn GREENGUARD Certification, RIZE demonstrates its leadership and commitment to providing healthier indoor environments. We congratulate them on yet another sustainability and safety accomplishment,” says Alberto Uggetti, vice president and general manager for UL’s environment and sustainability division.

“GREENGUARD Certification is the gold standard for 3D printing health and safety, and we’re delighted that RIZE’s materials-first approach to 3D printing is getting recognized by scientific leaders as well as major manufacturers,” says Andy Kalambi, CEO of RIZE. “Our RIZIUM Alliance and continued commitment to materials innovation is enabling manufacturers, product designers and any 3D printing user to create adaptive workflows that drive safer, sustainable 3D printing and propel the next generation of advanced manufacturing.”

Sources: Press materials received from the company and additional information gleaned from the company’s website.

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