3D Printing Microstructured Biomimetic Materials

They benefit from techniques and properties such as dry adhesion, quick olfaction over large distances or angle independent coloration which are based on their composition at the nano- and micrometer scale.
a year ago

What do geckos, moths and tarantulas have in common? They benefit from techniques and properties such as dry adhesion, quick olfaction over large distances or angle independent coloration which are based on their composition at the nano- and micrometer scale. Scientists and engineers know this. They study living organisms and create bioinspired materials using Nanoscribe’s 3D printers.

Photo: 3D Printed Micro-Trusses. Strong as steel, but lighter than water. Hexagonal micro-truss structure (colorized SEM image). Compressive loads corresponding to 550 kg/cm² may be carried, at a density less than the half of liquid water. (credit: Nanoscribe GmbH)

Source: Nanoscribe

Read more

Comments

No comments to display.