HP Multijet Fusion (MJF) 3D Printing Services For Production
For a quote on 3D printing services with MJF technology, upload your file here https://bit.ly/38gCNEG
For more information on our HP MultiJet Fusion MJF (binder-jetting) 3D printing process visit https://bit.ly/38gCNEG
In this video, we take a sneak peek into Proto3000's 3D printing (additive manufacturing) production facility where we use multiple binder-jetting 3D printers to produce prototypes, tools, and end-use parts for our customers. With our production capacity, we are able to take on production runs of 1000s of parts without any tooling.
The HP MJF 3D printing process begins with a thin layer of uniformly pre-heated polymer powder particles that is spread across the
build platform. Then, to achieve part quality at a high speed and produce truly functional parts, HP MJF technology uses the HP multi-agent printing
process. HP’s in-depth knowledge of 2D printing solutions and the capability of HP’s proprietary architecture makes it possible to
print millions of drops per second along each inch of the bed width, thus enabling extreme precision and dimensional accuracy.
HP Multi Jet Fusion’s multi-agent printing process can control the exact amount of each agent that is deposited in each voxel of the
intended part. This printing process involves two different types of agents that are applied across the build platform: fusing agents
and detailing agents. A fusing agent is applied where the particles are meant to fuse together in the powder in order to create the corresponding part cross-section, leaving the rest of the powder unaltered. A detailing agent is applied to the edges of the part in order to modify the
fusing process and create fine detail and smooth surfaces.
Next, an energy source passes over the build platform, provoking a reaction between the agents and the material that causes the
material to selectively fuse to form a complete layer, thus resulting in production throughput, material density similar to common
Injection Molded plastics, and consistent mechanical properties in all directions. The process is then repeated until a completely functional part has been formed
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