The Only Direct Material Jetting for Metal and Ceramic
NanoParticle 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
NanoParticle Ink for Metal and Ceramic
Simultaneous Print of Soluble Support
High-Definition Inkjet Printing
File-to-Part Software Solutions
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 neither 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 Ceramic and Metal jetting technology, with minimal human intervention and without the need for prior or post processing
Automate your Metal and Ceramic AM
Patent powderless Ceramic and Metal jetting technology, with minimal human intervention and without the need for prior or post processing
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
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
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 and 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
