Electrochemical deposition micro nano metal 3D printing system - Exoddon CERES is based on electrochemical deposition, which can print ultra-high precision metal devices with sub micron resolution at room temperature without post-processing. This system is highly suitable for innovative research in fields such as biosensing, high-frequency communication devices, microfluidics, heat transfer, and micromechanics.
Exaddon CERES is a micro nano metal 3D printing system based on electrochemical deposition technology, which can print ultra-high precision metal devices with sub micron resolution at room temperature without post-processing. This system is highly suitable for innovative research in fields such as biosensing, high-frequency communication devices, microfluidics, heat transfer, and micromechanics, and is also expected to have great potential in the production and preparation of industrial functional devices.
Introduction to CERES System
Submicron scale3Dmetal printing
ascend/Micro manipulation in seconds
Printing metal at room temperature without post-processing
Parameter characteristics
can3DPrinted metal:Cu, Au, Ag, Ptwait
Maximum printing height:1mm
Minimum 2D line width:1Mm
Minimum 3D line width:1Mm
Print minimum spring wire diameter:2Mm
Minimum aperture:1Mm
Minimum wall thickness:1Mm
Maximum aspect ratio of the structure:100:1
XY定位精度: ±250 nm
Dimensions of the molding room space:100mm x 70mm x 50mm
ZAxis positioning accuracy: ±5 nm
Installation electrical requirements:100-240V, 50-60Hz,1500 w
Application Cases





