48 Hours/72 Hours/5 Days
380mm*284mm*380mm
± 300μm or 0.3%mm
23
Multi Jet Fusion (MJF 3D printing) is a powder bed fusion 3D printing technology developed by HP in 2014. It works by spreading a thin layer of nylon powder on a build platform, selectively fusing the powder using an inkjet array of heated nozzles, and adding an extra inkjet to refine details. This process is repeated layer by layer until the final part is created. MJF can create high-quality complex geometries and intricate parts without the need for support structures.
People are using MJF 3D printing for a variety of applications, from rapid prototyping to low-volume production runs, such as turbine components, brackets, hinges, rudder trim systems, drone frames, prosthetics, dental implant molds, watertight enclosures for electronics, and more.
MJF 3D printing, developed by HP, is a process that creates detailed and durable parts using a combination of inkjet printing and powder fusion. Here are what we do for MJF 3D printing processes at 3DSPRO:
Import files on the MJF 3D printers.Optimize build chamber space.MJF 3D printers operating.Cool down.Take the MJF 3D printed part out of the build chamber.Clean residue plastic powders.Send MJF printed parts to post-processing (optional).Quality inspection.Packing and shipping.
1. MJF can create parts at a faster speed than other powder bed fusion 3D printing technologies.
2. MJF parts have excellent mechanical properties, including high tensile strength and durability.
3. MJF printed parts have consistent isotropic properties.
4. Compared to SLS, MJF delivers higher-resolution prints with finer feature details and smoother surfaces.
1. MJF primarily supports a limited range of materials, such as Nylon PA12, PA11, and TPU.
2. MJF parts typically have limited color options and often require dyeing to achieve desired colors.
3. The surface finish can still be rough and may require additional post-processing.
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