MULTIJET FUSION

High-end technology

 

HP’s Multi Jet Fusion technology produces quality, functional parts at a production speed which is up to 10 times faster than today’s competing products. Unlike the slow point processes of some current technologies, HP’s Multi Jet Fusion technology processes parts in two fast area-wide passes to achieve top speed part production. The process begins by applying a layer of material in a work area. In the opposite direction, in one continuous pass, we print fusing and detailing agents across the full working area. This pass combines the printing with diffusing energy and the process is then completed. HP’s proprietary architecture is capable of printing 30 million drops/second along every single inch of bed width, enabling extreme precision and dimensional accuracy.

To produce truly functional parts, it’s important to ensure that the material has been properly fused and that part edges are smooth and well-defined. To achieve part quality at speed, HP invented a multi-agent print process. In the time it takes slower point processes, like material extrusion and laser sintering, to build 1,000 parts – HP’s Multi Jet Fusion technology would have created several thousands of parts. Using HP’s proprietary multi-agent printing, the HP Multi Jet Fusion technology achieves new levels of part quality at breakthrough speeds.

In 3D design and printing, a voxel represents a value on a regular grid in a three-dimensional space. By controlling the processes of each individual voxel through agents, HP Multi Jet Fusion can produce parts that can’t be made by other methods. Taking advantage of HP’s in-depth knowledge of color science, HP’s 3D printers could in the future selectively print a different color at each volumetric pixel. A single 3D printed part could have literally millions of colors. But more than just full color printing of functional parts, HP’s multi-agent system enables a fundamentally different approach to unlock the full potential of 3D printing.

HP’s Multi Jet Fusion technology could enable design and manufacturing possibilities that surpass the limits of our imagination.

BENEFITS

    Speed – more than 10x faster than traditional systems
    Ability to rival IM cost in some cases
    Manufacture in the USA
    Excellent dimensional accuracy and detail
    Robust mechanical properties
    Isotropic in all axes
    Great for Prototype & Production

BENEFITS

    Speed – more than 10x faster than traditional systems
    Ability to rival IM cost in some cases
    Manufacture in the USA
    Excellent dimensional accuracy and detail
    Robust mechanical properties
    Isotropic in all axes
    Great for Prototype & Production

RESOURCES

Download the pdf-files for more information

PA12 Material Properties

Material property data sheet for the most common material that we offer

General materials info

More general materials info from HP.

Internal Case Study

HP internal case study

RESOURCES

Download the pdf-files for more information

PA12 Material Properties

Material property data sheet for the most common material that we offer

General materials info

More general materials info from HP.

Internal Case Study

HP internal case study