Direct Metal Laser Sintering is an efficient metal 3d printing in which the machine does not melt the metal powder completely; thus, less energy is needed. It is slightly more efficient than the SLM process as the operational overhead is lower.
The size of each powder particle must be smaller than 10 microns but is generally around 100 nanometres. These powders are often made of elemental metals or alloys, so they may not require post-processing for completing the final part.
How does the Direct Metal Laser Sintering (DMLS) process work?
Primarily, a layer of metal powder is spread across the surface of a build platform. Then, a high-powered laser beam traces over the part geometry, fusing the powder to create a solid cross-section. Another layer of material can then be applied and fused on top of that cross-section until the part is finished.
DMLS 3d printing process works by sintering each layer at a time. First, the support structure is built over the base place. After this, a cross-section layer of powder is micro-welded. Next, the build platform shifts down, and the blade moves across the platform to deposit the next layer into the inert build chamber.
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This complete DMLS process is repeated until the object is built. DMLS technology is widely used across multiple industries, including automotive, manufacturing, and construction.
Zeal 3D Printing offers cutting-edge DMLS 3d printing services to meet all your manufacturing requirements. We are equipped with modern DMLS machines to deliver your products with a shorter turnaround time.
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