METAL POWDER BED FUSION
3D PRINTERS
Omni3D's advanced Powder Bed Fusion (PBF) solutions.
Omni3D industrial metal 3D printing PBF technology offers a precise method for producing geometrically complex components from various metal alloys.
Our metal 3D printing solutions provide a complete implementation package for the most demanding industrial environments. This includes 3D printers, necessary auxiliary equipment, materials, comprehensive onsite installation, and full operational training for your team. This integrated approach ensures a seamless transition and optimal performance in your facility.
3D PRINTERS
REDUCED MATERIAL COST
Our LPBF process minimizes waste by efficiently reusing pre-sifted metal powder, leading to significant cost savings.
MANUFACTURING WITHOUT LIMITS
Create complex geometries, internal cavities, and conformal cooling channels unattainable with conventional techniques.
FASTER TIME-TO-MARKET
Bypass traditional tooling and accelerate your metal product development with direct, rapid manufacturing.
LIGHTWEIGHT AND HIGH-PERFORMANCE DESIGNS
Optimize metal part shapes topologically during prototyping for substantial weight reduction and improved functionality.
UNLIMITED MATERIAL POSSIBILITIES
Optimize metal part shapes topologically during prototyping for substantial weight reduction and improved functionality.
OUTSTANDING MECHANICAL PROPERTIES
Optimize metal part shapes topologically during prototyping for substantial weight reduction and improved functionality.
Need know more about consumables, accessories, or spare parts for your Metal PBF 3D printer?
Materials
At Omni3D, we believe in the power of choice. Our open material systems allow you to explore a vast array of materials, tailored to your specific needs.
Compatible materials include:
 | Aluminum AlSi10Mg
|  | Titanium Ti6Al4V
|
 | Cobalt-chromium CoCrMo
|  | Steel grade AISI 316L
|
 | Inconel 625
|  | Inconel 718
|
AUXILIARY EQUIPMENT
Vacuum powder transporter OMNI-VPT
Device designed for powder removal after 3D printing process completion within the build chamber of the 3D printer
Automated Powder Sieving Unit
OMNI-APSU
Device designed for sieving, mixing and homogenization of metal powder in preparation for reuse in metal 3D printer
Build chamber unpacking module OMNI-BCUM
Device designed for powder removal after 3D printing process from the printer component within the removal build chamber
COMPARISON TABLE
 OMNI M150 |  OMNI M280 | |
|---|---|---|
| Build Size | 150 × 150 × 180 mm | 280 × 280 × 500 mm |
| Configuration of the Optic System | Single | Single / Double (optionally) / Quadruple (optionally) |
| Rated Optic Power of the Laser | 200 W | 1 × 500 W / 2 × 500 W (optionally) / 4 × 500 W (optionally) |
| Layer Thickness | 20 – 200 µm | 20 – 200 µm |
| Laser Beam Focus Diameter | 45 µm | 75 – 200 µm |
| Laser Beam Positioning Accuracy | 0.15 µm | 0.28 µm |
| Brochure | Download Spec Sheet | Download Spec Sheet |
Have questions? Get in touch with our sales team now!
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