Entry multi-material inkjet printer for process development.
Entry of Ceraprinter range. A powerfull and versatile tool allowing to benefit of all Ceradrop exclusivities at a lower cost.
CeraPrinter X-Serie is a high-accuracy inkjet deposition process tool. The equipment is designed for advanced use, enabling all the process stages to be managed and understood. Its exclusive process approach dedicated to digital fabrication considerably reduces the development time enabling the user to move on directly to the functional component.
The L-Serie printer is the entry of the CeraPrinter series.
Product description.
Our process tool is dedicated to digital fabrication. The equipment was designed by materials science engineers; we moved away from the historical graphical approach to provide a real process tool. We hence provide an exclusive process approach allowing the user to move on quickly to the functional component.
The equipment is based on our patented technology - automated printhead switching and automated printhead orientation - enabling up to four materials to be printed at any discrete resolution. The system is built around industrial printheads ensuring high process repeatability, high jetting accuracy and broad material compatibility.
The system includes all the necessary facilities for high-level R&D.
The L-Serie printer is delivered with exclusive CAD software (CeraSlice) for component design and printing job definition with integration of all process parameters. The system also includes automated jetting analysis software (DropAnalyser) providing a full report on jetting quality. This information can be used directly by the printing job manager. An advanced job analysis software (FabAnalyser) is also provided.
Main features.
High-accuracy printhead positioning system (< +/- 5 µm in XY and < 50 µrad in θ)
Full access and full control of printing job with intuitive process editor
All printing steps simulation
Two printheads (two materials)
Automated printhead switching Automated printhead orientation
All discrete printing resolutions available
300 x 300 mm printing area
Substrate thickness up to 30 mm
Semi-automated substrate realignment
Vertical camera for job analysis (FabAnalyser)
Horizontal camera for droplet observation and jetting tuning
Customized nozzle selection for specific jobs
Fully-automated droplet analysis software (DropAnalyser)
Advanced CAD/CAM software (CeraSlice)
Full waveform control on each piezoelectric element
Vacuum substrate clamping
Chuck flatness less than 10 µm
Options.
Embedded interferometer for thickness measurement and 3D reconstruction
Pre-designed component library
