Powder Bed Fusion Technology
Multi Jet Fusion (MJF) technology is a powder-bed fusion AM technology that allows for the production of accurate, functional products and parts. In addition, MJF is a technology that does not require support structures, thus enabling the design of complex geometries without additional costs, which would be expensive or not even possible to produce with traditional manufacturing processes.
How It Works?
The Multi Jet Fusion (MJF) 3D printing process begins with a thin layer of uniformly pre-heated polymer powder particles that are spread across the build platform.
Then, to achieve part quality at a high speed and produce truly functional parts, MJF technology uses the multi-agent printing process.
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.
Download MJF Best Design Practices Resource
- Polyamide 12 – PA12
- Polyamide 12 – PA12: Filled With Glass Beads
- VESTOSINT® 3D Z2773 PA 12
- CB Polyamide 12 – PA 12
- Polyamide 11 – PA11
- Polypropylene – PP
- Thermoplastic Elastomers – TPA/TPU
- Ultrasint® TPU01
- ESTANE® 3D TPU M95A