Direct ink writing (DIW, also known as Robocasting) is an eco-friendly and versatile filament-based 3D printing technology that allows building, in a layer-by-layer sequence, lightweight and robust architected highly porous 3D cellular platforms.
Discover the eco-friendly Direct Ink Writing (DIW, also know as Robocasting), a versatile 3D printing method. It creates robust and porous 3D structures layer by layer.
Our Hydroformic catalyst is a porous 3D monolith of activated carbon with palladium nanoparticles. Its unique 3D design enhances the efficient release of hydrogen and CO2 bubbles.
Utilizing the design flexibility of 3D printing, we customize catalysts to fit your reactor's geometry and to optimize your chemical processes with precision and sustainability.
We specialize in manufacturing 3D structures from ceramics or carbonaceous materials like graphene nanoplatelets, graphene oxide, and activated carbon.
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