3D Printing at the molecular scale!

A true innovation in additive manufacturing !

Printers NG-1, NG-100 and NG-1000, enable the manufacture of components from the molecular scale and up, without limitation of materials such as metals, polymers, ceramics, carbon nanotubes, and many others. Particles covering a wide range, from 1 nm to the millimeter scale are used to form 3D objects of great precision. Our technology is the bridge between semiconductors and additive manufacturing.

The main benefits are:

  • High definition down to DNA scale
  • No limits of materials (oxides, metals, organic, etc.)
  • Manufacturing with fibers and unconventional materials
  • Ability to manufacture complex shape
  • Possibility of combination of materials
  • Rapid Manufacturing
  • Low cost 

NG-1 Ambient air

The NG-1 printer allows you to make all your projects where the presence of atmospheric oxygen is not an issue.

Polymers, wax, ceramics, passivated metals and other particles are assembled to manufacture up to limits never reached before.

This equipment will be of great use to manufacture your high-precision structures for both R&D and for limited productions.

To receive more details about the NG-1, contact us.

NG-100 & NG-1000
Controlled environment

 NG-100 and NG-1000 printers are desirable for all projects caring of the presence of oxygen. This printers works in a controlled environment where the air is replaced with an inert gas.


The entire manufacturing process, including cleaning and recycling keeps the non-fused particles out of contact with oxygen for their future utilization.

A robotic system is responsible for placing the manufactured parts in the service chamber where the noble gas is replaced by ambient air in a controlled manner to passivate the final structure safely and maintaining the quality and stability of your 3D work.

If you wish to received detailed information about the NG-100 or the NG-1000, contact us.

Main Caracteristics

• The highest resolution available on the 3D printer market

• Particles from 1 nm to 1 mm

• Metals, ceramics, polymers, organic, NTC, fibers and many others

• laser sintering method, adaptable to other bonding methods (ex .: e-beam)

• Writing Area up to  500 mm x 500 mm depending on model

• support plate made of silicon, glass or metal

• Easy to use software

• Easy CAD import via the STL file format