Development is Underway for a Graphene 3D Printing Material

The world’s strongest material may soon be available as a 3D printing material.  

graphite, graphene, 3d printing, material, designIn a recent press release, Lomiko Metal, a Vancouver based firm, announced its intention to create a laboratory dedicated to the development of “graphene-enhanced” 3D printing materials.

Graphene, which recently proved to be the world’s strongest material, has been of keen interest to a wide range of industries since its first isolation in 2004. One reason for this interest, aside from its strength, is that graphene is both more conductive than copper and the thinnest material known to man.

As part of their announcement, Lomiko Metal outlined their plan to enter into a strategic alliance agreement with Graphene Labs. Together, the two organizations will create a joint venture named Graphene 3D Labs. As part of the agreement Lomiko will be the sole supplier of graphite to the new lab, which will immediately begin researching and engineering graphene-based 3D printing materials.

Beyond Lomiko Metals’ new venture, however, American Graphite has also struck up a partnership to develop graphene-based 3D printing materials

According to American Graphite, their joint venture with the National Academy of Science of Ukraine is well on its way to creating the first 3D printed graphene-material. In a statement made last month, American Graphite CEO Rick Walchuk said, “We will be gearing up and starting immediately on the project.” Later adding, “We have some exciting ideas and if successful, we hope that our developments could open up new and innovative products for the marketplace.”

If either Lomiko Metals or American Graphite’s ventures can succeed in producing a graphene-based 3D printing material, it will represent a a massive leap forward in the capabilities of 3D printed products. Further exemplifying both the capability and potential of this innovative technology.

Image and Video Courtesy of Lomiko Metal & American Graphite