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MJF 3d printing
MJF from HP is a similar 3D printing process to SLS and uses similar production quality materials to manufacture high quality perfromance prototypes and parts. Fast and repeatable it is a prefferred choice for manufacturing multiple parts or for low to mid volume production runs via additive manufacturing.
About Radar Manufacturing
What is MJF 3D Printing?
MJF 3D Printing for production parts
MJF 3D Printing for production parts
MJF (multi-jet-fusion) is a powder bed fusion (PBF) technology. It is similar to SLS but uses inkjet technology and UV light to fuse powdered material, binding it together to create parts layer by layer.
MJF 3D Printing for production parts
MJF 3D Printing for production parts
MJF 3D Printing for production parts
MJF is very fast and can produce many parts at the same time. It is seriously becoming a viable alternative to injection molding for low to mid voluem production parts.
MJF material selection
MJF 3D Printing for production parts
MJF material selection
MJF builds parts in black nylon PA 12 or glass filled nylon (PA + GF). These materials are performance plastics offering fantastic material properties and can be used for both prototypes and production parts.
Multi-jet-fusion at Radar
Our Expertise
Radar MFG offer Multi Jet Fusion (MJF) 3D printing services. HPs game changing 3D printing technology is a type of powder bed fusion system similar to SLS. The material is also a PA (Nylon) and the technology produces great prototypes and functional parts. It is suitable for some of the most demanding applications.
Advantages of MJF 3D printing
Scalability
MJF 3D printing can make a single part or component as easily as dozens
or hundreds of production pieces.
Complex Geometries
Geometries can be built more easily due to the 3D printing process,
adding complexity without additional cost.
Why choose MJF 3D printing?
Rapid Turnaround
Parts can typically be built in 3-4 days, allowing for faster design
iterations and speed to market.
Production Parts
MJF 3D Printing is capable of producing end-use parts with near-isotropic
properties on-demand without costly or time consuming tooling.