Exxelia Micropen

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

08/04/2026

Smaller devices. Smarter functionality. Greater design flexibility.

Micropen technology enables precision printing of sensors, electrodes, and radiopaque (RO) markers directly onto complex medical components including catheters, medical balloons, and implantable devices. By printing directly onto the substrate, manufacturers can reduce assembly complexity while supporting next-generation device performance.

See how our team helps bring advanced medical devices like the balloon in the video to life: https://bit.ly/3Vk3C3f

07/29/2026

Electronic printing expertise doesn't happen overnight. Micropen's teams have spent over four decades refining the materials science, design engineering, and precision manufacturing behind our direct-write technology. Your next device benefits from everything we've learned. Explore our capabilities: https://exxelia.com/en/micropen

07/21/2026

Did you know? Micropen's additive process dispenses the exact amount of ink needed, reducing material waste and keeping costs down for our customers. That precision applies to our process just as much as our products.

07/15/2026

Your geometry shouldn't limit your design. Micropen's additive dispense technology uses up to eight axes of motion, reaching the inside and outside of tubes, curves, and complex 3D forms. See how we eliminate traditional design constraints: https://exxelia.com/en/micropen

07/08/2026

Micropenning, a “direct write” technology, is Exxelia Micropen’s pr...

06/26/2026

Bring ideas to reality with the high design flexibility offered by Micropen’s direct-write technology for printing added functionality directly onto electronic devices. Watch Micropen's additive manufacturing process here:

Micropenning, a “direct write” technology, is Exxelia Micropen’s pr...

06/18/2026

Medical breakthroughs are made possible by technology that is more compact, efficient, and reliable. Micropen’s additive dispense printing deposits functional inks directly onto substrates of a wide range of materials and shapes, enabling greater functionality in smaller devices. See the advantages of Micropen’s direct-write technology for medical device design: https://exxelia.com/en/news/functionalization-of-medical-devices-using-additive-dispense-technology

06/12/2026

High-performance electronics start with high-performance materials. The Micropen team has deep expertise in the most reliable and cost effective materials for additive manufacturing of functions including conductivity and radiopacity. Read about the benefits of additive manufacturing: https://exxelia.com/en/news/what-is-additive-manufacturing

06/07/2026

Incorporating multiple electronic functions into the same component means fewer failure points. Micropen technology prints functional inks directly onto devices to add capabilities like heating and sensing without extra bulk. See the range of design options possible with Micropen: https://exxelia.com/en/page/micropen-design-direct-writing-sensors-conductive-patterns-on-any-surface-1