Press Release / Blog / News

Learn about the latest developments at Exaddon

Material Properties of Printed Objects


Learn more about the material properties and grain structure of objects printed in pure copper with our CERES µAM print system.

We cover conductivity, elasticity, grain structure, and substrate adhesion.

Exaddon + Axon' Cable - Redefining Microconnectors & Changing Lives


Using our unique µAM print technology, Exaddon was able to produce microplugs for Axon'​ Cable just 400 µm long, enabling Axon' to manufacture medical interconnects which will help transform patients' lives.

Read the full press release about our cutting-edge collaboration with Axon' Cable. 

µAM Competitive Landscape Overview


Most industry overviews in the additive manufacturing media focus on companies able to 3D print large objects at large scale. Exaddon's one-of-a-kind technology puts it in a unique position in the micro AM space. We take an overview of the competitive landscape, focusing on materials, object size, and potential use cases.  

Micromachines Paper Goes Global


Christmas 2019 saw our Micromachines research paper go global, thanks to coverage by TechCrunch, Forbes, CNET, and more.
After just one month, it ranks in the top 5% of all 14m+ research outputs calculated by Altmetric - proof indeed that our unique µAM technology is breaking new ground.

Exaddon - 2019 Year in Review


2019 was a very busy year for the additive manufacturing industry, and especially for Exaddon. Read more about the development of the additive micromanufacturing industry, our research collaborations, and publications. 

A metal version of Michelangelo’s David made in microscale by additive manufacturing


Thanks to significant advances in the development of the CERES additive micro-manufacturing system, Michelangelo’s David exists now in the size of a little ant.

Exaddon AG - 3D Printing company founded

 

The 3D printing business unit of Cytosurge AG has been spun-off into a new autonomous company, Exaddon AG, focusing on the development of processes and systems in the field of additive manufacturing of microscopically small metal components.