LARGE-FORMAT 3D PRINTERS
Solutions for Industry
Omni3D OFFERS INDUSTRIAL 3D printers for every step on the application Ladder
Industrial line
Omni PRO HT
| Build size | 530 x 530 x 515 mm |
| MAX. HEAD TEMPERATURE | 500°C |
| Max Chamber temperature | 220 °C (ACTIVELY HEATED) |
| BUILT-IN FILAMENT DRYER | YES |
Omni PRO
| Build size | 530 x 530 x 515 mm |
| MAX. HEAD TEMPERATURE | 500°C |
| Max Chamber temperature | 140 °C (ACTIVELY HEATED) |
| BUILT-IN FILAMENT DRYER | YES |
Omni TECH+
| Build size | 530 x 500 x 570 mm |
| MAX. HEAD TEMPERATURE | 420°C |
| Max Chamber temperature | 80 °C (ACTIVELY HEATED) |
| BUILT-IN FILAMENT DRYER | NO |
Omni NOVA
| Build size | 500 × 500 × 570 mm |
| MAX. HEAD TEMPERATURE | 420°C |
| Max Chamber temperature | 70 °C (ACTIVELY HEATED) |
| BUILT-IN FILAMENT DRYER | NO |
Omni LITE
| Build size | 460 × 460 × 560 mm |
| MAX. HEAD TEMPERATURE | 360°C |
| Max Chamber temperature | 50 °C (PASSIVELY HEATED) |
| BUILT-IN FILAMENT DRYER | NO |
Desktop line
Omni START
| Build size | 200 × 200 × 150 mm |
| MAX. HEAD TEMPERATURE | 260°C |
| MAX. PLATFORM TEMPERATURE | 120 °C |
| HIGH TEMPERATURE HEAD | NO |
| INSULATING COVER | OPTIONAL |
| CONNECTION | USB |
Omni 200
| Build size | 200 × 200 × 200 mm |
| MAX. HEAD TEMPERATURE | 260°C |
| MAX. PLATFORM TEMPERATURE | 120 °C |
| HIGH TEMPERATURE HEAD | OPTIONAL |
| INSULATING COVER | OPTIONAL |
| CONNECTION | USB/WIFI |
Omni 200CF
| Build size | 200 × 200 × 200 mm |
| MAX. HEAD TEMPERATURE | 400°C |
| MAX. PLATFORM TEMPERATURE | 120 °C |
| HIGH TEMPERATURE HEAD | YES |
| INSULATING COVER | YES |
| CONNECTION | USB/WIFI |
Industrial 3D printing solutions trusted by
Latest blog posts
From CAD to Full Scale: Engineering the Silence Chair with Industrial 3D Printing
Omni3D and FUSS sp. z o.o. used large-format ABS 3D printing to manufacture a full-scale structural component for the Silence Chair. This technical case study examines the slicing strategy, thermal management, warpage prevention, post-processing, and €662.85 production cost of the 69-hour build.
How to Achieve EN 45545-2 HL3 Compliance in Railway 3D Printing
Achieving EN 45545-2 HL3 compliance in railway additive manufacturing requires more than selecting a flame-retardant filament. This article explains how certified materials, controlled industrial printing, 100% infill, compliant adhesives, and approved surface finishes work together to produce safe railway components.
Omni3D Defense Additive Manufacturing Architecture at MSPO 2026
Defense...
