Fabrisonic Earns IS0 9001:2015 Certification
The scope of the registration for ISO 9001 covers UAM products, equipment and R & D service.
Share
Read Next
The Fabrisonic SonicLayer 1200 features a hybrid additive and subtractive process.
Fabrisonic, a manufacturer specializing in metal 3D printing applications, has achieved ISO 9001:2015 certification, an internationally recognized quality standard. The certification further validates its quality management system which the company says is focused on the customer, continuous improvement and risk-based thinking so that quality problems can be prevented. Fabrisonic is commercializing ultrasonic additive manufacturing (UAM), a 3D metal printing process which joins thin metal foils to produce a three-dimensional product.
The scope of the registration for ISO 9001 covers UAM products, equipment and R & D service. The journey toward ISO certification has enabled Fabrisonic to further hone existing continuous improvement efforts, the company says. One unique aspect of Fabrisonic’s ISO scope is the system did not just address production. Unlike many companies, Fabrisonic chose to incorporate its research and development efforts in its scope.
“UAM is a new and exciting process, and as a result much of the commercial efforts centers on first of its kind applications,” says Mark Norfolk, Fabrisonic president. “We think it is important that all our production is covered by our quality system. It’s the way we do business.”
In 2020, Fabrisonic experienced strong growth and won Oak Ridge National Laboratory’s Small Business of the Year award. Its quality system, bolstered by the addition the recent ISO 9001 certification, is said to further enhance its ability to serve its customers, continue to improve and impact future growth.
Related Content
-
Additive Manufacturing for Defense: Targeting Qualification
Targeting qualification in additive manufacturing for the defense industry means ensuring repeatability as well as reliability as there is much at stake, including human lives. Certain requirements therefore must be met by weapons systems used by the defense industry.
-
AIM3D Study Shows 3D Printing Ultem 9085 Pellets Offers Lower Cost, Higher Tensile Strength
The material qualification testing indicates many benefits of creating components with AIM3D’s ExAM 510 printer using the composite extrusion modeling process, which uses standard pellets rather than the more expensive filaments required by other platforms.
-
A Framework for Qualifying Additively Manufactured Parts
A framework developed by The Barnes Global Advisors illustrates considerations and steps for qualifying additively manufactured parts, using an example familiar to those in AM: the 3D printed bottle opener.