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.

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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.

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Unmatched Precision & Detail

As mentioned/engineered by XJet, the material jetting process can be controlled droplet by droplet within +- 25 microns for small parts and +- microns for larger MIM/CIM parts.





Environmentally Friendly Processes

Because NPJ uses material in suspension, it avoids the need for sieving and other steps required with powder-based processes. The material can be printed in a normal atmosphere with no gas, vacuum or pressure required, and can be easily recycled.



Ultimate Design Freedom & Flexibility

No longer worry about design issues from subtractive or traditional manufacturing such as draft angles for molds, tooling life, machinability, or even if the parts can be reached during production. NPJ’s ultrathin nanoparticle layers empower virtually unlimited design flexibility including complex geometries, extremely fine details, nearest net shapes, and frictionless surfaces.

Unsurpassed Part Quality

NPJ’s stochastic nanoparticles enable unsurpassed part quality with 99.9% density, isotropic uniformity, and extremely low shrinkage.

Superior Operational Efficiency

NPJ’s simultaneous jetting of build and support materials in liquid suspensions delivers unrivaled operational efficiency including automated support planning, easy support removal, and a simple and safe operation.

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

Unmatched Precision & Detail

The material jetting process can be controlled droplet by droplet within ±25 microns for small parts and ±50 microns for larger MIM/CIM parts, according to XJet. Minimum feature size is 100 microns and layer height can be 8 to 10 microns, which allows for fine detail.

Environmentally Friendly Processes

Because NPJ uses material in suspension, it avoids the need for sieving and other steps required with powder-based processes. The material can be printed in a normal atmosphere with no gas, vacuum or pressure required, and can be easily recycled.

Ultimate Design Freedom & Flexibility

No longer worry about design issues from subtractive or traditional manufacturing such as draft angles for molds, tooling life, machinability, or even if the parts can be reached during production. NPJ’s ultrathin nanoparticle layers empower virtually unlimited design flexibility including complex geometries, extremely fine details, nearest net shapes, and frictionless surfaces.

Superior Operational Efficiency

NPJ’s simultaneous jetting of build and support materials in liquid suspensions delivers unrivaled operational efficiency including automated support planning, easy support removal, and a simple and safe operation.




Unsurpassed Part Quality

NPJ’s stochastic nanoparticles enable unsurpassed part quality with 99.9% density, isotropic uniformity, and extremely low shrinkage.

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

Unmatched Precision & Detail

As mentioned/engineered by XJet, the material jetting process can be controlled droplet by droplet within +- 25 microns for small parts and +- microns for larger MIM/CIM parts.



Environmentally Friendly Processes

Because NPJ uses material in suspension, it avoids the need for sieving and other steps required with powder-based processes. The material can be printed in a normal atmosphere with no gas, vacuum or pressure required, and can be easily recycled.

Ultimate Design Freedom & Flexibility

No longer worry about design issues from subtractive or traditional manufacturing such as draft angles for molds, tooling life, machinability, or even if the parts can be reached during production. NPJ’s ultrathin nanoparticle layers empower virtually unlimited design flexibility including complex geometries, extremely fine details, nearest net shapes, and frictionless surfaces.

Superior Operational Efficiency

NPJ’s simultaneous jetting of build and support materials in liquid suspensions delivers unrivaled operational efficiency including automated support planning, easy support removal, and a simple and safe operation.





Unsurpassed Part Quality

NPJ’s stochastic nanoparticles enable unsurpassed part quality with 99.9% density, isotropic uniformity, and extremely low shrinkage.

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

Unmatched Precision & Detail

As mentioned/engineered by XJet, the material jetting process can be controlled droplet by droplet within +- 25 microns for small parts and +- microns for larger MIM/CIM parts.

Environmentally Friendly Processes

Because NPJ uses material in suspension, it avoids the need for sieving and other steps required with powder-based processes. The material can be printed in a normal atmosphere with no gas, vacuum or pressure required, and can be easily recycled.

Ultimate Design Freedom & Flexibility

No longer worry about design issues from subtractive or traditional manufacturing such as draft angles for molds, tooling life, machinability, or even if the parts can be reached during production. NPJ’s ultrathin nanoparticle layers empower virtually unlimited design flexibility including complex geometries, extremely fine details, nearest net shapes, and frictionless surfaces.

Superior Operational Efficiency

NPJ’s simultaneous jetting of build and support materials in liquid suspensions delivers unrivaled operational efficiency including automated support planning, easy support removal, and a simple and safe operation.

Unsurpassed Part Quality

NPJ’s stochastic nanoparticles enable unsurpassed part quality with 99.9% density, isotropic uniformity, and extremely low shrinkage.