DM3D is a leading innovator in Direct Energy Deposition (DED) technology, offering a robust line of metal powder 3D printers designed for engineers seeking high-performance and affordable metal 3D printing solutions. Unlike powder bed fusion 3D printers, DED utilizes a laser beam to melt and deposit metal powder layer-by-layer, creating complex geometries for a wide range of industrial applications.
Explore our DED 3D Printer Portfolio:
DM3D offers a comprehensive range of DED 3D printers catering to diverse project needs:
DMD 105D – An Affordable Metal 3D Printer :
- Compact build volume: 1ft x 1ft x 1ft
- Ideal for prototyping, small batch production, and research applications.
- Up to 5 lbs./hour metal powder deposition rate for efficient printing.
DMD 505D – A Large-Scale Metal 3D Printer-:
- Large build volume: 5ft x 3ft x 2ft
- Accommodate large-scale parts for various industrial applications.
- Up to 5 lbs./hour metal powder deposition rate delivers high-throughput printing.
44R – A Large-Scale Metal 3D Printer-:
- Expansive build volume: 5ft x 3ft x 5ft
- Accommodate large-scale parts for various industrial applications.
- Up to 5 lbs./hour metal powder deposition rate delivers high-throughput printing.
DMD Multi-Nozzle System – A High-Productivity Metal 3D Printer :
- Massive build volume: 10ft OD x 10ft Height
- Unmatched build capacity with 4 nozzles.
- Up to 20 lbs./hour metal powder deposition rate for significantly faster printing.
- Ideal for high-volume production environments.
Our 3D Printers are – Compatible with a Wide Range of Metal Powders:
DM3D DED 3D printers handle a diverse selection of metal powders, including:
- Tool Steel
- Stainless Steel
- Nickel alloys
- Titanium alloys
- Aluminum alloys
- Nickel Alloys
- Tool Steels
- Refractory metals
- Copper alloys
- Stellites
- And more
Beyond the Limitations of Traditional Manufacturing
DED technology surpasses the constraints of subtractive manufacturing techniques. Unlike CNC machining and casting, DED builds metal parts layer-by-layer, eliminating the need for complex tooling and minimizing material waste. This translates to:
- Unprecedented Design Flexibility: Design complex geometries and overhangs that are impossible with traditional methods.
- Parts Consolidation: Consolidate multiple parts into one for improved efficiency, reliability and overall performance.
- Reduced Lead Times: Quickly iterate on prototypes and produce low-to mid-volume parts directly, accelerating time-to-market.
- Material Efficiency: Minimize material waste compared to subtractive processes.
Beyond Traditional Powder Bed Fusion:
While Powder Bed Fusion (PBF) is another metal additive manufacturing technology, DED offers distinct advantages:
- Reduced Support Structures: DED eliminates the need for complex, intricate support structures typically required in PBF.
- Broader Material Compatibility: DED boasts a wider range of compatible metal powders compared to PBF.
Beyond Build Volume and Deposition Rate:
DM3D’s DED 3D printers go beyond impressive build volumes and deposition rates. Our systems are equipped with advanced features to ensure exceptional quality and control:
- Multi-axis Control: Precise 6-axis motion control guarantees accurate part geometry and smooth surface finishes.
- Closed-Loop Control: Real-time process monitoring ensures consistent material deposition and minimizes defects.
- Open System Compatibility: Integrate various metal powders to suit your specific application requirements.
DM3D’s DED metal 3D printers empower engineers to:
- Prototype complex metal parts quickly and efficiently.
- Manufacture custom metal components for diverse applications.
- Repair and clad damaged metal parts, extending their lifespan.
