The only direct material jetting for Metal & Ceramic

Nano Particle Jetting (NPJ): A groundbreaking technology enabling digital control of Final Part Quality at the pixel level

The only direct material jetting for Metal & Ceramic

Nano Particle Jetting (NPJ): 

A groundbreaking technology enabling digital control of Final Part Quality at the pixel level

Nano Particle Ink for Metal and Ceramic

Simultaneous print of soluble support

High definition inkjet printing

File 2 Part SW solution

Nano Particle Ink for Metal and Ceramic

Simultaneous print of soluble support

High definition inkjet printing

File 2 Part SW solution

A new level of End-Use AM parts quality

Geometrically complexed and densest 3D products, in a fully automatic digital process

A new level of end-use AM parts quality

Geometrically complexed and densest 3D products, in a fully automatic digital process

Details and Inner Cavities

200 μm

Enabling Unique Applications: Heat Exchanger, Flow Filter, Pharmaceutical Labs Consumables

Accuracy

50 μm

Enabling pre-assembled components, high-end industrial parts with no machining

Smooth

1.6 μm

End use products with no machining, nor post process

Density

>99.5%

Bringing the full material properties of traditional manufacturing

Details and Inner Cavities

200 μm

Enabling Unique Applications: Heat Exchanger, Flow Filter, Pharmaceutical Labs Consumables

Accuracy

50 μm

Enabling pre-assembled components, high-end industrial parts with no machining

Smooth

1.6 μm

End use products with no machining, nor post process

Density

>99.5%

Bringing the full material properties of traditional manufacturing

Automate your Metal and Ceramic AM

Patent powderless metal-jetting technology With minimal human intervention and without the need for prior or post processing

Automate your Metal and Ceramic AM

Patent powderless metal-jetting technology With minimal human intervention and without the need for prior or post processing

Print

Printheads with thousands of inkjet nozzles, simultaneously jet millions of ultrafine drops, allowing any design, any complexity and any density you desire

Wash

An inherent support removal soluble material, dissolves from the part manufactured, leaving it ready to use, with no further post processing

Sinter

Produced parts undergo a simple and relatively short overnight, sintering process

See How it Works

Play Video

Print

Printheads with thousands of inkjet nozzles, simultaneously jet millions of ultrafine drops, allowing any design, any complexity and any density you desire

Wash

An inherent support removal soluble material, dissolves from the part manufactured, leaving it ready to use, with no further post processing

Sinter

Produced parts undergo a simple and relatively short overnight, sintering process

See How it Works

Play Video

NPJ Technology

Powderless manufacturing technology for High-quality end-use parts

NPJ Technology

Powderless manufacturing technology for High-quality end-use parts

Superior End-Use parts quality

Industry leading accuracy

Surface and material properties with no additional machining

Fully digital and automated process

Unattended manufacturing solution

3 automated steps

Freedom of design

Unleashing the value of AM with complex functional parts, and multipart assembly manufacturing

Safe and sustainable

No hazardous powders
No use of lasers
Minimal waste
Powderless, Safe and Sustainable

Superior End-Use parts quality

Industry leading accuracy

Surface and material properties with no additional machining

Fully digital and automated process

Unattended manufacturing solution

3 automated steps

Freedom of design

Unleashing the value of AM with complex functional parts, and multipart assembly manufacturing

Safe and sustainable

No hazardous powders
No use of lasers
Minimal waste
Powderless, Safe and Sustainable

Move to a safe & healthy environment

Save time, personnel and inventory, with a waste and energy reduction manufacturing process

Safe and Simple

No hazardous powders

No laser risk

Gas-free process

Waste Reduction

Minimal materials waste

Soluble Support material

Recyclable ink cartridges

Energy Reduction

Lower sintering temperature

Weight reduction saving energy,
across production delivery

Safe and Simple

No hazardous powders

No laser risk

Gas-free process

Waste Reduction

Minimal materials waste

Soluble Support material

Recyclable ink cartridges

Energy Reduction

Lower sintering temperature

Weight reduction saving energy,
across production delivery

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