Exxelia Micropen

10/20/2026

With decades of experience and a wide range of materials and applications, Micropen helps bring complex designs to life.

Our team brings over 50 years of combined processing and materials experience, with more than 30 inks and substrates used for precise 3D electronic printing across application areas in medical, aerospace, defense, and industrial devices.

Explore our capabilities: https://bit.ly/4iT7ofM

10/13/2026

Medical device innovation requires precision, flexibility, and efficient use of materials. Micropen’s additive dispense technology uses a computer-controlled microdispenser to deposit continuous lines of functional ink with features as fine as 50 microns.

With the ability to handle a wide range of viscosities and materials, the process enables precise, customizable patterns on complex surfaces while minimizing material waste.

See how Micropen’s additive dispense technology can support the next generation of medical device design and manufacturing:

RJ Greco---------------To watch this presentation in full, plea...

09/29/2026

From flat surfaces to complex 3D shapes, Micropen technology brings precision where traditional printing methods can’t.

Our additive direct-write process moves the substrate beneath the pen tip, precisely dispensing conductive inks onto even the most intricate geometries.

See Micropen technology in action: https://micropen.com/resources/video-photos/

09/23/2026

Supply chain management doesn’t have to be complicated.

Exxelia Micropen brings experience and expertise to every step of our direct-write production process—from forecasting and purchasing to moving, storage and delivery.

We manage the details. You focus on what’s next.

Explore our services today: https://bit.ly/4xuQ2dp

09/18/2026

Making ions move in the right direction takes precision.

Micropen uses direct-write technology to print resistive traces directly onto ceramic substrate in desired geometries, providing electric field distributions needed for ion mobility and mass spectrometry applications.
Precision built directly into the design.

Read the white paper: https://bit.ly/4xuTPYt

09/15/2026

Have an idea for a new product utilizing electronic elements printed onto a 3-D surface? The experts at Exxelia Micropen are here to help bring it to life. From design and development to manufacturing, we work with you to identify efficient, cost-effective solutions without compromising on quality.

Learn more about our services: https://exxelia.com/en/micropen

08/31/2026

Seeing the process makes all the difference.

Watch Micropen technology deposit precise conductive materials onto complex components for medical, instrumentation, and industrial applications. Our video library showcases the accuracy, flexibility, and repeatability behind our direct-write printing process.

Browse our videos and photo gallery: https://micropen.com/resources/video-photos/

08/24/2026

Traditional printing works best on flat surfaces. Medical devices rarely are.

Micropen's direct-write technology is designed to print conductive features on complex 3D geometries by moving the substrate throughout the printing process. This unique approach enables precise deposition on cylindrical, curved, and irregularly shaped components where conventional methods fall short.

Discover how it works: https://bit.ly/45KUzvo

08/18/2026

Innovation starts with collaboration.

From early-stage concepts to production-ready solutions, the Micropen team works alongside customers to solve complex manufacturing challenges. Our direct-write printing technology helps accelerate development while delivering the precision, repeatability, and quality today's advanced devices require.

Learn more about our approach: https://bit.ly/3Vk3C3f

08/12/2026

Every application starts with the right material.

Whether printing on silicone, stainless steel, silica, or other specialized substrates, Micropen technology delivers precise conductive patterns for heaters, electrodes, sensors, and more. Our additive manufacturing process provides the flexibility needed for demanding medical and industrial applications.

Explore our material capabilities: https://bit.ly/3Vtqs8z