Heaters, sensors, circuits and antennas, printed with Monobee and tested. Case studies show the materials, the process and the results.
Front and back circuit layers printed on 1.6 mm FR4 with silver nanoparticle ink, with drilling and second-side alignment in one workflow.
One antenna design on two substrate stacks, measured with a VNA: S11 minima at 5.152 GHz on FR4 and 4.824 GHz on PET bonded to glass.
Three-electrode patterns printed in Silver and Carbon BeeInk as one multilayer structure, ready for electrochemical research.
Four meander strain gauge structures printed with carbon ink and inspected under an optical microscope, with features measured down to 127.85 µm.
A silver circuit layer and a carbon contact layer printed on two PET sheets, forming a membrane switch for flexible interfaces.
Silver IDEs with 200 µm fingers and 200 µm gaps, printed on flexible PET and evaluated for pattern consistency.
Two heater architectures printed on the same 125 µm PET film, with clearly different heating speed, peak temperature and heat distribution.
Printed electrodes for wearable monitoring.
Conductive heating printed directly on fabric.
Applications we are working on next. Register your interest and we will share results as they come in.
Wide, low-resistance traces and busbars for LED boards and low-power drivers.
REGISTER INTEREST →Printed touch sensors, capacitive buttons and flexible user interfaces, building on our membrane switch work.
REGISTER INTEREST →Printed structures for product identification, temperature tracking and sensor-integrated packaging.
REGISTER INTEREST →A printed carbon sensing layer whose resistance changes with ambient humidity.
REGISTER INTEREST →Activated-carbon electrode inks, current collectors and multilayer structures for printed energy storage.
REGISTER INTEREST →
