point-by-point across each cross-section, allow HP Multi Jet Fusion technology to produce parts that
cannot be made by other methods.
For example, taking advantage of HP’s in-depth knowledge of color science, HP Multi Jet Fusion printers
could selectively print a different color at each voxel with agents containing cyan, magenta, yellow, or
black (CMYK) colorants.
The long-term vision for HP Multi Jet Fusion technology is to create parts with controllably variable—
even quite different—mechanical and physical properties within a single part or among separate parts
processed simultaneously in the working area. This is accomplished by controlling the interaction of
the fusing and detailing agents with each other, with the material to be fused, and with additional
transforming agents.
HP Multi Jet Fusion technology can provide design and manufacturing possibilities that surpass the
limits of our imagination. That’s what technological breakthroughs do.
Usage recommendations
A summary of the printing process.
1. Prepare your design for printing: Open your 3D model and check for errors with easy-to-use HP
so
ftware.
2. Pack models and send to printer: Place multiple models into the software and submit the job to the
printer.
3. Add materials: Insert the material cartridges into the processing station.
4. Automated mixing: You will have a clean loading and mixing experience because the processing
station is enclosed and automated. Materials are loaded into the build unit.
5. Remove the build unit from the processing station.
6. Slide the build unit into the printer.
7. Printing with voxel-level control: Just tap Start to get extreme dimensional accuracy and fine detail,
thanks to HP’s unique multi-agent printing process.
8. Streamlined workflow: The build unit can be removed from the printer—which is now ready for the
next build—and slid back into the processing station.
Usage recommendations 3
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