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 LITE+
| Build size | 480 x 480 x 570 mm |
| MAX. HEAD TEMPERATURE | 420°C |
| Max Chamber temperature | 55 °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 |
PBF LINE
Omni PRO HT
| Build volume | 150 × 150 × 180 mm |
| Number of lasers | 1 |
| Laser power | 200 W |
| Layer thickness | 20–100 μm |
| Laser focused spot size | 45 µm |
Omni PRO
| Build volume | 280 × 280 × 500 mm |
| Number of lasers | 1-4 |
| Laser power | 500 W each |
| Layer thickness | 20–200 μm |
| Laser focused spot size | 65 –600 μm |
Industrial 3D printing solutions trusted by
Latest blog posts
How to Reduce Additive Manufacturing Cost per Part in Small-Series Production
Small-series additive production depends on more than print speed. This guide explains how to evaluate flow rate, dual extrusion, post-processing and quality control using cost per accepted part. It also outlines how to compare polymer and metal workflows and build a realistic production case before scaling.
When Should You Bring Industrial 3D Printing In-House?
The decision to own an industrial 3D printer depends on the work it will receive and the team that will operate it. Compare service, in-house and hybrid routes using accepted-part costs, capacity, qualification and a transparent break-even model before committing to equipment.
Formnext 2026: Turning Industrial 3D Printing Ideas into Production Decisions
Formnext offers time to step back from daily production demands and evaluate what comes next. Omni3D is using the event to connect practical questions about materials, workflow automation, capacity and investment with manufacturing needs. Meet the team in Frankfurt, Hall 12.1, Booth F41.
