Precision Sensing

printed directly where it matters

We print ultra thin, high precision sensors directly onto machine components.

We use our proprietary printing process to embed ultra-thin sensors directly onto machine components—turning airframes, batteries, pistons or any other machine component into smart, connected system. Made for harsh environments - ultra robust using our patent-pending technology.

The Printed Advantage

High Performance
Extremely low profile and lightweight, offering superior responsiveness without the weight and bulk of conventional sensors.
Cost-Effective
Significantly reduces manufacturing costs by eliminating expensive housings and manual assembly.
Scalable
A fully automated process ready for high-volume production and seamless integration into industrial lines.
Versatile
One platform to manufacture multiple sensor types—from temperature and strain to wear monitoring—using the same equipment.

The Hybrid Laser-Printing Process

We utilize high-resolution inkjet printing of conductive nanomaterial inks to deposit sensors and electrical components directly onto complex geometry, rigid, and predominantly metallic surfaces. To achieve exceptional adhesion and robustness, we modify the surface using lasers prior the ink deposition. The process is finalized with a curing method tailored to the specific ink—using laser, plasma, or UV technology and a protective overcoat.

This versatile method is optimized for producing sensors for temperature, heat flux, strain, wear, and damage , as well as heater elements and antennas.