Silver and graphene BeeInk, plus functional, assembly and battery materials, ready to print with Direct Ink Writing.
Conductivity comes from the material you print. Silver, graphene and carbon each conduct differently, so the right ink depends on the application you want to build.
A conductive ink is a liquid full of tiny conductive particles. While the ink is wet, the particles float apart and no current can pass. Curing brings them together into one continuous path.
Functional inks, developed for what comes next.
Beespenser's own conductive inks, developed for syringe-based Direct Ink Writing and tuned to Monobee's Dispensing Module for stable, repeatable lines.
Prints highly conductive tracks, pads and busbars. Flake-shaped silver particles overlap like tiles, giving low resistance after curing.
Spherical nanoparticles for finer, smoother conductive lines, suited to detailed circuits and electrodes.
Conducts with a useful, higher resistance. The printed line itself becomes the sensing or electrochemical element.
From conductive traces to functional layers and electronic assembly, explore material technologies that enable the development of printed and flexible electronics.
Highly conductive tracks, pads and busbars for everyday circuits.
Finer, smoother conductive lines for detailed circuits and electrodes.
Conductive lines with useful resistance, where the line itself senses.
Builds a conductive network with moderate resistance. Used where resistance is the function, as in sensors and electrodes.
Keeps conducting while the substrate bends or stretches, for circuits that move with the body.
Conductive base layer of a printed battery that carries current from the electrodes to the terminals.
Zinc-based negative electrode of a printed battery. Releases electrons while the battery discharges.
Manganese dioxide-based positive electrode of a printed battery, on the other side of the cell.
An insulating layer between conductors. Lets tracks cross over each other and protects the printed circuit.
A printable battery electrolyte that lets ions, not electrons, move between the two electrodes.
Insulating battery layer that keeps anode and cathode apart while letting ions pass.
Closes a printed battery cell, keeps the electrolyte in and protects it from the air.
Glues components in place and connects them electrically at low temperature, for films and fabrics that cannot be soldered.
Solders components onto printed circuits at a lower temperature than standard solder.
Looking for a material that is not listed? Send us an inquiry.
Share your application, substrate and process. Our team will help you narrow down the right material and confirm current availability.
See which material families typically come together in each application, then explore the application itself.
