As an enabling technology for advanced electronics development, aerosol printing allows researchers and engineers to prototype fine interconnects and high-resolution […]
High-resolution 15 µm Conductive Traces Printed in a Standard Lab Environment Read More »
When advanced packaging demands finer features, aerosol printing delivers sub-10 µm conductive traces. Achieving this level of resolution is made
Sub-10 µm Conductive Silver Traces Read More »
Did you know the IDS NanoJet aerosol printer can print ceramics? This barium strontium titanate (BST) dielectric was printed on
Printing BST (High-K Dielectric) with the IDS NanoJet Read More »
This example shows a platinum strain gauge printed onto a curved aluminum substrate using the IDS NanoJet aerosol printing process.
Printing a Platinum Strain Gauge on Curved Aluminum Read More »
We’re excited to offer laser-processing capabilities as a new addition to the NanoJet Aerosol Print system. In this video, you’ll
Laser Sintering for the NanoJet Aerosol Print System Read More »
Direct Write Printed Electronics on Complex 3D Surfaces Direct-Write Printing is an emerging technology that enables the deposition of electrical
Printed Electronics on 3D Surfaces Read More »
Silver features printed on conformal bladder. Silver features printed on radome Close-up view of interconnect pads In choosing an aerosol
