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The Next Level Of 3D Printing

Jun 5, 2023

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In March 2023, Formnext Magazine published an article written by Thomas Masuch about the potential of 3D printing of electronics for industrial use.

It highlights the gradual progress being made in additive manufacturing methods for electronics and the diverse applications that are emerging. Companies like Nano Dimension, Optomec, J.A.M.E.S and Fraunhofer institutes are actively showcasing printers and innovative applications in this field.

This summary article is based on an article from Formnext Magzine, and we encourage readers to visit their website to read the full article.

J.A.M.E.S: Advancing Additively Manufactured Electronics With Community Engagement and Innovative Applications

J.A.M.E.S, a platform specializing in additively manufactured electronics (AME), emphasizes the importance of community engagement and the generation of new ideas.

J.A.M.E.S exemplifies the diverse applications of 3D-printed electronics, such as more efficient electric motors and antennas. The company's innovations include a 3D-printed drone that integrates circuit paths, motor coils, and other electronic components by using Nano Dimension's DragonFly IV pinter. Although printing an entire drone currently requires a significant amount of time, J.A.M.E.S aims to showcase the possibilities of this technology.

AME Drone

Navigating the Path to AME

AME is still in its early phases, and patience is necessary as it progresses toward fulfilling its potential. Currently, the technology is between the prototyping phase and serial production. The AME market remains modest in size, as potential users are cautious about investing in printers due to the technology's current unpolished state. Many prefer to collaborate with research partners. However, as the technology matures, it is expected that more users will adopt AME.

The complexity of AME technology contributes to the slower progress. The electrification of volumes in 3D printing requires the printing of multiple materials, including conductive and non-conductive structures. This complexity distinguishes AME from conventional additive manufacturing. Despite the challenges, J.A.M.E.S and other companies are committed to taking 3D printing to the next level in terms of the electrification of volumes, paving the way for advancements in the field of AME.

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