Industrial 3D printer Omni3D Omni NOVA

Industrial 3D printer Omni3D Omni NOVA

Industrial 3D printer Omni NOVA features a large build area of 500*500*570 mm. This printer is designed for engineers looking to optimize both the cost and time of producing functional parts for prototyping and end-use applications.

Positioned in Omni3D's product range as an industrial 3D printing machine, the Omni NOVA is built for printing with engineering polymers.

Why Choose Omni NOVA?

The Omni NOVA offers high printing temperatures and advanced automation systems:

• A spacious printing area of 500*500*570 mm.
• Dual high-temperature extruders with a capability of printing at temperatures up to 360°C.
• Robust, stable construction with precise moving components.
• Closed, insulated, and actively heated build chamber up to 70°C.
• Uniform table heating up to 130°C.
• New work table with a dual-zone heater for consistent heating.
• Advanced electronics providing higher quality and greater efficiency.
• Print speed of 86 cm³/h.
• Direct extruder cooling system.
• Print temperature control across the entire extruder surface.
• Automatic extruder height adjustment system.
• Automatic table leveling system.
• Predefined print parameters for Omni3D filaments and selected third-party filaments.

Printing Materials

Omni NOVA is capable of printing with a wide range of materials, including both standard and engineering filaments. Compatible materials include: ABS-42, HIPS-20, ABS VO, ODS-20, ABS FC, PVA-20, ACTION-39, CF PA-12, PC-ABS-37, PLA, PET-G-32, GF30-PA6, PETG CARBON, ALFATEICO, PA-12, PEKK-A, PA 6/66 HD, ABS FUSION+ and TPU-93A.

Direct Extruder Cooling System

Omni3D Cooling System™ is a direct extruder cooling solution developed by Omni3D, which enables the extruder to function within a heated chamber while providing better control over dimensional accuracy during printing.

This cooling system lowers the temperature inside the filament path by 40-60°C, preventing the filament from reaching its deformation point. This improves the filament’s stiffness, enhancing print control, increasing speed, and improving overall process stability.

The specially designed extruder shortens the path between the filament feed wheel and the nozzle, ensuring more precise filament feeding to the softening zone.

Filament Flow Control System

The Omni3D Filament Flow Control™ system ensures dimensional accuracy and repeatability by monitoring the filament flow. This system uses encoders to calculate the amount of material being fed and compares it with the amount specified in the .gcode file. If there’s a discrepancy, the printer will alert the user.

This prevents print defects and helps avoid over-extrusion, optimizing the production process and saving time, money, and resources. These features are especially important for companies focused on high-quality and reliable products.

Print Temperature Control Across the Entire Print Surface

The Omni3D Air Circulation System™ ensures even temperature distribution in the actively heated chamber, preventing deformation and internal stresses, particularly when printing with complex materials such as ABS.

Maintaining a stable temperature up to 70°C ensures dimensional accuracy even for large and complex prints. This technology helps predict material shrinkage, minimizing geometric distortion, which is vital for long prints with high infill densities.

This solution opens up new possibilities for working with engineering materials where high quality and repeatability of models is essential.

Omni NOVA Large-Sized Engineering 3D Printer

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