Exaddon - Latest News & Collaborations

Articles / Press Releases / Media

Q & A: Part Two - 3D Metal Printing at the Microscale

Part two of our Q & A series covers print speed, electrochemistry, and comparison with two-photon polymerization (2PP).

Q & A: Part One - 3D Metal Printing at the Microscale

Part one of our Q & A series covers which print materials and substrates are possible with the CERES print system, as well as the material properties of printed objects. 

High Strain Rate Testing of Microscale Metal Objects 3D Printed with the Exaddon CERES System

Get a glimpse into a research collaboration between Exaddon, EMPA, and Max-Planck Institute which investigates behavior of microscale copper objects produced by additive micromanufacturing.

We share the abstract of Professor Rajaprakash Ramachandramoorthy's MRS presentation: High Strain Rate Testing from Micro-to-Meso Scale.

Developing a µAM Simulator

What will an object look like when it has been printed with µAM, and what degree of tolerance can a user expect?

Our engineers have been busy developing a simulation which answers those questions, and even the first experimental versions are impressive.

University of Pisa purchase CERES µAM print system 

Professor Giuseppe Barillaro and his team at the University of Pisa will further their research endeavors with the unique capabilities of microscale metal AM.

Acquired through the framework of the Center for Instrument Sharing University of Pisa (CISUP), the CERES printer will see use by a whole wide range of different research departments.

Achieving 5G and Beyond with Microscale Additive Manufacturing 

How to reach 5G and beyond with microscale additive manufacturing?

Achieving an ultra-capacity layer capable of 100 gigabits of data per second is a complex problem requiring a truly innovative solution.

Exaddon collaborated with Professor Viktor Krozer and his team at Goethe University to develop µAM components for 5G usage.

Changchun University purchase CERES µAM print system

The Changchun University Science and Technology team purchased the CERES system and carried out the first µAM print in China.

The team will be researching the interaction of water droplets with functional surfaces of metal microstructures. 

Neuroprosthetics and Additive Micromanufacturing

Brain-machine interfaces are rapidly gathering momentum as potentially revolutionary devices with the ability to change lives.

Our CERES µAM print system is well-suited to printing the complex and tiny structures necessary for conductive, mechanically stable electrodes in BMI applications.

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.