*3D-Graphene has not yet been cleared by the FDA for human use. 

3D-Graphene is a unique, highly electrically conductive biomaterial that has been shown in in vitro and in vivo studies to have significant regenerative capacity for tissues that rely heavily on electrical signaling, such as muscle, nerve, and cardiac tissues. Unlike other 3D-printable graphene materials which are primarily polymers with small amounts of graphene additives, 3D-Graphene is 75% by weight graphene, yet remains flexible and can be rolled, cut, folded, and punched as desired. It may even be sutured to itself or to soft tissues. Like all 3D-Paints, 3D-Graphene can be 3D-printed at room-temperature via simple nozzle extrusion into simple or complex three-dimensional structures or two-dimensional patterns on the appropriate substrates, such as glass or polymer films. 3D-Graphene is also co-3D-printing compatible and can be mixed with any other 3D-Paint. 

Similar to 3D-Graphene, 3D-Graphite is an electrically conductive biomaterial that that is 75% by weight graphite, yet remains flexible and can be rolled, cut, folded, and punched as desired. It may even be sutured to itself or to soft tissues. 3D-Pprinted 3D-Graphtie exhibits very similar mechanical and handling properties to 3D-Graphene but is approximately 25% less electrically conductive. Like all 3D-Paints, 3D-Graphite can be 3D-printed at room-temperature via simple nozzle extrusion into simple or complex three-dimensional structures or two-dimensional patterns on the appropriate substrates, such as glass or polymer films. 3D-Graphite is also co-3D-printing compatible and can be mixed with any other 3D-Paint. 

*3D-Graphite has not yet been cleared by the FDA for human use. 

Electrically Conductive

Flexible and Easy to Handle

Bioactive

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