|
Name
|
Download
|
Substrate
|
Ink
|
Function
|
Use Case
|
|---|---|---|---|---|---|
| Printing on Ablation device | Polyethylene Terephthalate (PET), Thermo Plastic Polyurethan (TPU) | Silver alloy | Conductivity | Cardiac ablation balloon | |
| Printing on Catheter Balloons | Polyvinyl Chloride (PVC) | Silver, Silver alloy | Conductivity, Sensing | Temperature and environmental monitoring | |
| Printing on Mass spectrometry | Silica (Pyrex®, Glass, Quartz), Alumina (Ceramic) | Ruthenium, Silver | Conductivity, Capacitive Function | Analytical high-precision spectrometry components |
Micropenning, a “direct write” technology, is Exxelia Micropen’s proprietary technique for manufacturing all of its products. This proprietary technique allows for the deposition of a wide range of material compositions with higher fidelity, accuracy, repeatability, and thickness control than can be achieved by other printing techniques. The “Micropenning” process can print lines down to a few mils in width with smoother edges and greater thickness accuracy than screen printing. This provides design engineers with unmatched capability and design options – long, narrow traces without neck downs allow for longer pattern lengths in smaller areas and on irregular surfaces.
Exxelia Micropen’s products can be found in many different market segments from medical device to defense and security.