Exxelia Micropen

03/06/2026

Micropen uses an additive printing process that dispenses conductive inks directly onto 3D substrates. Watch this video to see Micropen in action on devices big and small:

Micropenning, a “direct write” technology, is Exxelia Micropen’s proprietary technique for manufacturing all of its products. This proprietary technique allo...

02/27/2026

Smaller, more streamlined medical devices can improve aesthetics, reliability, and comfort for patients. Micropen technology enables the integration of sensing, visualization, and other capabilities directly onto medical devices, reducing bulky add-ons: https://micropen.com/applications/medical/

02/23/2026

We partner with customers on designing and developing prototypes as well as full scale manufacturing, helping to ensure quality and minimize costs. See how our expert teams use Micropen technology to optimize advanced electronic components: https://micropen.com/services/capabilities/

02/20/2026

Micropen opens doors to the previously unreachable. Flat surfaces aren’t always available in medical devices or aerospace equipment, but Micropen technology can directly print electronic functionality onto irregularly shaped substrates. Read about this next generation of electronic design: https://micropen.com/resources/white-papers/designing-electronics-for-the-unreachable-hidden-conformal-and-embedded-paths/

02/06/2026

Notice how the white lines on this medical balloon flex with it as it deflates. These were printed using Micropen technology, which applies electronic functionality directly onto irregular surfaces. See more videos of Micropen in action: https://micropen.com/resources/video-photos/

01/30/2026

With over 30 years of experience with all major ink and substrate manufacturers, Micropen’s experts help product development teams select the most reliable and cost-effective solutions. See Micropen’s full capabilities: https://micropen.com/services/capabilities/

01/23/2026

Applying antennas and other conductive functions directly onto 3D surfaces can enable smaller form factors and improve reliability. See how Micropen’s six axes of motion and a wide range of conductive inks support direct integration: https://micropen.com/resources/white-papers/embedded-rf-printing-antennas-on-curved-surfaces/

01/16/2026

Misalignment in the product development process can slow innovation and time to market. Micropen’s teams facilitate alignment from the beginning, starting with functional goals and collaborating on materials, design, and prototyping: https://micropen.com/resources/white-papers/engineering-alignment-lead-innovation-in-printed-electronics/

12/29/2025

Micropen’s direct-write printing technology opens the door to engineering more streamlined, capable, and reliable devices for medicine, defense, instrumentation, and beyond. See more videos of Micropen in action: https://micropen.com/resources/video-photos/

12/26/2025

Equipment like curved catheters or tight aerospace modules don’t have the accessible, flat surfaces needed for traditional circuitry. Micropen pushes past these constraints, dispensing functional inks to add capability directly onto 3D surfaces: https://micropen.com/resources/white-papers/designing-electronics-for-the-unreachable-hidden-conformal-and-embedded-paths/

12/17/2025

Adding new capabilities to a device doesn’t have to mean greater potential for failure. Micropen technology can integrate heating, sensing, and other functionality directly onto existing forms, saving space and cost. See how: https://micropen.com/resources/white-papers/connector-to-conductor-reducing-complexity-through-printed-integration/

12/12/2025

Greater reliability and functionality in medical devices produce better health outcomes. Read how Micropen’s electronic printing is enabling engineers to integrate added capabilities directly into endotracheal tubes, balloon catheters, and more: https://micropen.com/applications/medical/