Materials

UL introduces Blue Card for global recognition of 3D printing materials

Underwriters Laboratories, or UL, the company responsible for thorough studies into the safety of desktop 3D printing and various other certification documents, has launched a Blue Card for additive manufacturing materials.

This card, also known as the Plastics for Additive Manufacturing Program, has been introduced by UL to help materials manufacturers reach their potential customers. Materials listed through the program are supported by independent testing and certification from UL, giving further product transparency and quality assurance.

According to the company, “The Plastics for Additive Manufacturing Program (Blue Card Program) is a UL service that enables customers to have published data that facilitates pre-selection of 3D printed materials and components for use in various end products,”

“It defines the requirements necessary to recognize plastics intended for 3D printing, proving the safety, integrity and usefulness of materials.”

Removing 3D printed parts from the excess powdercake in a polymer sintering system. Photo by Photo by Arthur Los, Milo-Profi studio. Copyright by Flanders Investment & Trade via imaterialise
Powder handling is one the latest areas of health and safety to receive guidelines from UL. Photo by Arthur Los, Milo-Profi studio. Copyright by Flanders Investment & Trade via imaterialise.

Made for 3D printing 

UL has over a century of experience in the development of industry standards and safety regulations. Headquartered in Northbrook, Illinois, the company works from offices in 46 countries around the world.

In traditional manufacturing, e.g. injection molding and vacuum forming, the UL Yellow Card for Plastics is a well established safety standard, particularly in the U.S. and Canada. The new Blue Card is an extension of this service, catering to the specific and varied requirements of 3D printing technologies.

Low-maintenance material marketing 

Participation in the UL Blue Card program is linked to a product’s receipt of a UL Recognized Component Mark, a stamp of quality used to certify parts of a finished product before they reach the end stage.

Once a Recognized Component Mark is acquired, the material is given a Blue Card and automatically listed om UL iQTM and Prospector® databases, exposing it to the thousands of professionals and suppliers on the UL’s client list. In this way, the Blue Card works as a type of low-maintenance marketing for material manufacturers, which can be enhanced by the addition of a White Card highlighting the material’s best properties.

"How to Read a Blue Card" Image via UL
“How to Read a Blue Card” Image via UL

Saving time and money in certification

UL Blue Cards are available for polymers produced for seven 3D printing technologies, including: Material Extrusion, Powder Bed Fusion, VAT Polymerization, Material Jetting, Binder Jetting and Sheet Lamination.

For component and end-product manufacturers, the Blue Cards ensure that the materials they use have already been tried and tested saving time and money in the certification process after manufacturing. Follow-Up Services also ensure that the materials continue to meet UL standards of safety and performance.

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Featured image shows the UL Blue Card Plastics for Additive Manufacturing Program. Image via UL