Nano-Particle Jetting
Azoth is the first US additive manufacturer to offer nano-particle jetting (NPJ) in partnership with Xjet. NPJ contains nanoparticles of metal or ceramic materials in suspension to build up the part, while simultaneously jetting a support material. This process allows the liquid to evaporate upon jetting so that the particles adhere in all directions resulting in a 3D object with only a small amount of bonding agent in its body and supports.

MATERIALS

Azoth can utilize several different materials for Nano-Particle Jetting.
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SPECIFICATIONS

Azoth can work with your engineers to your exact blueprint and quality standards.

Why Nano-Particle Jetting?

NPJ allows for many small, complex parts - such as hearing aids, surgical tools, crowns, bridges, high-temperature and friction resistant parts for aerospace and automotive, and sensors for the electrical industry - to be produced at once. The NPJ process can be controlled droplet by droplet up to +- 25 microns for small parts, allowing for extremely fine detail that can’t be matched by other additive technologies.

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Why Nano-Particle Jetting?

NPJ allows for many small, complex parts - such as hearing aids, surgical tools, crowns, bridges, high-temperature and friction resistant parts for aerospace and automotive, and sensors for the electrical industry - to be produced at once. The NPJ process can be controlled droplet by droplet up to +- 25 microns for small parts, allowing for extremely fine detail that can’t be matched by other additive technologies.

Image

Why Nano-Particle Jetting?

NPJ allows for many small, complex parts - such as hearing aids, surgical tools, crowns, bridges, high-temperature and friction resistant parts for aerospace and automotive, and sensors for the electrical industry - to be produced at once. The NPJ process can be controlled droplet by droplet up to +- 25 microns for small parts, allowing for extremely fine detail that can’t be matched by other additive technologies.

Image

Why Nano-Particle Jetting?

NPJ allows for many small, complex parts - such as hearing aids, surgical tools, crowns, bridges, high-temperature and friction resistant parts for aerospace and automotive, and sensors for the electrical industry - to be produced at once. The NPJ process can be controlled droplet by droplet up to +- 25 microns for small parts, allowing for extremely fine detail that can’t be matched by other additive technologies.

Image