HP’s most advanced plastic 3D printing solution

Multi Jet Fusion technology is a production method based on the principle of laying the raw material in powder form on the table and then exposing the agent to the heat by dropping. The powder in the agent drop area binds under heat and solidifies.

Hp Multi Jet Fusion technology is based on polyamide grade materials called PA 11, PA 12 and PA Glass Beads. In addition, ULTRASINT 3D TPU01, a thermoplastic polyurethane material manufactured by BASF in accordance with the new HP MJF 5200 series, is used to produce flexible and elastomeric applications. This new material is well suited for the automotive, industrial and consumer industries, for applications requiring good shock absorption, energy return and flexibility.

With its innovative approach, HP Jet Fusion 3D Printer offers both 3D and material-oriented solutions to the 3D printer industry. 10 times faster with 30 million drops per second, delivering the best print quality, reusability, easy material change, production at low cost per piece thanks to HP's own 3D printing materials.The thermal control of each layer on a voxel basis allows optimum mechanical properties to be achieved in the manufactured parts. HP Jet Fusion's cooling module reduces printing time and enables faster parts production.


Technicial Specifications


HP Jet Fusion 3D 5210/5200

Technology: Multi Jet Fusion Technology (MJF)

Processing Volume: 380 x 284 x 380 mm

Processing Speed: 5058 cm3 / h

Layer Thickness: 0.08 mm

Power Consumption: 12 kW


HP Jet Fusion Fast Cooling and Processing Station

Features: Automatic mixer, sifter and loading; Semi-automatic extraction; fast cooling; external material tank

Power Consumption: 2.6 kW


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HP MJF5200 Series 3D Printer