3D printer

METAL & CERAMICS

THE TECHNICAL FILAMENT PRINTER

Our redesigned NOVA printer for metal and ceramic filament printing.

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Proven technology . Flawless repeatability . Continuous production . Simplified maintenance

Optimized volume

300 x 200 x 270 mm

16,2L

High speed

Travel speed capability

up to 800 mm/s

Controlled acceleration

Acceleration capability

up to 20,000 mm/s²

High temperatures

Heated bed up to 110°C

Print nozzle up to 300°C

From filament to industrial part...

Print the most demanding
materials.

In collaboration with

The NOVA METAL & CERAMIC was developed in close collaboration with Nanoe, a French manufacturer specializing in innovative ceramic materials for industry.

Thanks to this partnership, we provide you with a production tool specifically engineered for technical metal and ceramic filaments.

Large 7 inch touch screen

Proprietary LED strip

Magnetic and flexible textured tray (epoxy)

Automatic leveling of the tray

Precision ground linear rails

Extruder with easy access to the heating body

High precision ball bearing

Top Cover with Integrated Dual Spool Holder

4-core 64-bit processor

Enhanced Extruder

Engineered for demanding and abrasive materials, our extruder features precision filament alignment and widened drive gears to deliver consistent pushing force without deformation. Lightweight and perfectly balanced, the high-power 64W ceramic heater block—paired with a titanium heatbreak—ensures stable, precise extrusion.

Teflon print bed

Specifically designed for ceramic printing, the Cosmyx Teflon build plate provides controlled adhesion, enabling easy part removal while minimizing the risk of damage.

Manufacturing Process

Printing

Manufacturing a part with the Cosmyx 3D printer.

Debinding

Removal of the binder using a debinding station.

Sintering

High temperature baking in a sintering oven.

Finishing

Optional hand polishing or tumbling.

Metal filament consists of fine metal powders mixed with a polymer binder that enables 3D printing. After printing, parts undergo post-processing—including debinding and sintering—to achieve their final metallic properties. Therefore, in addition to the 3D printer, this process requires the use of a sintering oven .