Key Takeaways: Exxelia MicroPen® Technology White Papers
- High-Precision Passive Components & Printed Electronics: Exxelia leverages its proprietary MicroPen® direct-write printing technology to manufacture high-reliability, custom passive components, including high-voltage and high-ohmic precision resistors, sensors, and 3D conductive patterns.
- Critical Applications & Demanding Markets: Engineered for miniaturization, ultra-tight tolerances, and extreme operating environments in Medical Devices (defibrillators, patient monitoring), Aerospace, Defense, and Space exploration missions.
- Unmatched Design Flexibility & Substrates: Enables direct-write printing on complex geometries, 3D ceramic substrates, flexible materials, and inner cylinder diameters (ID) with high stability, low noise, and superior TCR/VCR performance.
- Space & Industry Qualifications: Fully backed by Exxelia’s rigorous quality standards, including ISO 9001, AS9100 / EN9100, ISO 13485 (Medical), and space-grade certifications (ESA / MIL standards).
As engineering challenges become more complex, requiring higher precision and tighter integration, staying informed is critical.
These newly available documents offer a deep technical dive into how Micropen® is redefining possibilities in medical devices, mass spectrometry, and sensor integration.
Browse our detailed categories below and download the new resources to support your next design.
Innovating Medical Devices
Discover how printed electronics are reshaping the healthcare landscape, offering new ways to integrate functionality directly onto medical devices.
Printed Electronics on Medical Devices Precision in Imaging: Radiopaque Markers
Learn why direct-writing Radiopaque (RO) markers offers superior safety, profile, and precision compared to traditional bands and coils.
Advanced Analytical Instrumentation
Optimize performance for Mass Spectrometry and Ion Mobility Spectrometry with our latest technical insights on drift tubes.
Biomedical Research
Stay at the forefront of technological integration in clinical applications with this specialized research journal entry.
Revolutionizing Design & Integration
Transition from bulky components to seamless, direct-printed sensing and heating solutions. These new papers explain how to replace legacy hardware.
Why Read These White Papers?
- Reduce Size and Weight: By printing components directly onto surfaces.
- Increase Reliability: By eliminating wires and connectors in harsh environments.
- Improve Performance: Through high-precision material deposition.
Visit our Technical Center to access our full library of catalogs and brochures.
Updated at: September 25, 2026.
50+
Years
Of combined Micropen processing & materials experience
Medical & UL norms
Expertise
IEC 60601-1, UL5085-1, UL5085-2
7
end-markets
Aerospace, Defense, Medical, Rail, Energy, Industry and Telecom
