Exaddon Publications.
Discover Exaddon publications
We are actively engaged in research projects with some of the top academic institutions around the globe, including EMPA, ETH Zurich, Ferdinand Braun, and Max Planck. Please get in touch if you would like to collaborate.
As Exaddon AG was originally a spin-off from Cytosurge AG, publications prior to 2019 reference the FluidFM µ3Dprinter and Cytosurge AG.
White Papers / Reports / Webinars
White Paper - Material Properties of Exaddon Objects
Discover the material properties data of Exaddon micro 3D printed structures, including tensile strength, conductivity, density, and more.
White Paper -Probing 3D Printed Metal Microsprings in a Desktop SEM
A collaboration between Exaddon, Imina Technologies, and ThermoFisher Scientific investigating the precise manipulation of microscale metal springs inside a desktop SEM.
Industry Overview - Microscale AM - Landscape Analysis 2023
Discover the key technologies in microscale AM.
This whitepaper details the providers, print materials, method of printing, possible object sizes, through to resolution and more.
White Paper - Mapping of Surface Topography
Learn how to map and print on submicrometer 2D & 2.5D surface structures using the Exaddon CERES system.
White Paper -
Gold Printing with CERES
Learn about additive micromanufacturing of gold objects using the Exaddon CERES system.
Datasheet -
CERES Print System Process
Discover how our CERES system prints microscale metal objects with submicrometer precision.
Webinar -
Discover 3D Metal Printing at the Microscale
Discover how Exaddon are pioneering additive micromanufacturing of metals, in this webinar presented by Exaddon CEO Edgar Hepp in collaboration with QD USA.
Scientific Publications
Additive Manufacturing
Direct nickel 3D printing at room temperature at microscale sizes, via electrochemical deposition. Compression tests on micropillars revealed a yield strength on par with conventional 2D electrodeposition methods. 2024
Materials & Design
Direct 3D microprinting of highly conductive gold structures via localized electrodeposition, directly on pre-patterned microchips. Four-point probe measurement of the gold microwires showed a resistivity of 65 nΩm. 2023
Materials & Design
Strengthening of 3D printed Cu micropillars in Cu-Ni core-shell structures. In situ micropillar compression revealed an exceptional ∼3-fold increase in strength after Ni coating Cu structures. 2023
IEEE Transactions on Electron Devices
A copper helix 3D printed with the CERES system was used in a TWT (traveling wave tube) operating at millimeter wave frequencies. 2022
Applied Materials Today
Anomalous high strain rate compressive behavior of additively manufactured copper micropillars. 2022
MRS Advances
Hollow copper microneedle made by local electrodeposition-based additive manufacturing. 2021
Micromachines
Additive manufacturing of sub-micron to sub-mm metal structures with hollow AFM cantilevers. 2020
Advanced Engineering Materials
Multiscale additive manufacturing of metal microstructures. 2019
EUSPEN
Pinpoint Additive Manufacturing of Complex 3D Microstructures of Pure Metal. 2018
Advanced Materials
Additive Manufacturing of Metal Structures at the Micrometer Scale. 2017
Advanced Materials
Template-Free 3D Microprinting of Metals Using a Force-Controlled Nanopipette for Layer-by-Layer Electrodeposition. 2016
Physical Review Letters
Simultaneous Scanning Ion Conductance Microscopy and Atomic Force Microscopy with Microchanneled Cantilevers. 2015
RSC Advances
Local Surface Modification via Confined Electrochemical Deposition with FluidFM. 2015
Applied Physics Letters
Electric Field Controlled Nanoscale Contactless Deposition Using a Nanofluidic Scanning Probe. 2015
MEMS
Electrospray Deposition from AFM Probes with Nanoscale Apertures. 2014
Analytical Chemistry
AFM Cantilever with in situ Renewable Mercury Microelectrode. 2013