M450F SLM 3D Printer | |
External Dimensions(L*W*H): | 4000x1400x2550mm |
Build Cylinder Size(L*W*H): | 450x370x450mm |
Scanning Speed: | 7m/s |
Laser Type: | Single-mode Continuous Fiber Laser |
Galvanometer: | F-θ Static Lens Focusing (2–4 galvanometers) |
Inert Gas Protection: | Argon/Nitrogen |
Powder Delivery: | Double cylinder two-way powder feeding(one way powder feeding is optional by control software) |
Produces oversized parts in one print
Cuts production time and costs
Ensures continuous, reliable output
Compatible with titanium, high-temp alloys, and stainless steel
The air filtration machine captures and filters out airborne particles and fumes generated during the metal 3D printing process. It also filters and supplies gas to the printing chamber, ensuring a stable gas environment, maintaining high printing quality, and protecting optical components.
A water chiller is used to regulate and maintain the temperature of the 3D printer and its components by circulating chilled water. This machine can prevents overheating of the printer and its laser systems, ensuring stable and efficient operation, and extending the lifespan of the equipment.
Designed to safely collect potentially explosive or flammable metal powders used in the 3D printing process, so to ensures a clean and safe working environment by preventing dust accumulation and potential ignition sources, reducing the risk of explosions.
To remove moisture from the collected metal powders for future use.
To sieve metal powders, ensuring that they are of uniform particle size before being used in the 3D printing process. This powder-treating process enhances print quality and consistency by removing oversized or undersized particles from the powder, ensuring smooth and even powder distribution during printing
This machine automatically feeds metal powder into the 3D printer's build chamber, ensuring a continuous and controlled supply of material. A powder feeding machine can significantly increases printing efficiency and accuracy by maintaining a consistent flow of powder, reducing manual handling, and minimizing the risk of contamination.