M50 Series Printer

A new generation especially for the vocational education industry.
The biggest feature is metal 3D melting without inert gas protection.
Ideal for low-cost education and training work, providing complete metal 3D printing operations and skills training for students and vocational trainees.

  • Φ70 mm×50 mm build size
  • No need for protective gas operation
  • High-precision scanning galvanometer, high precision and strong stability
  • Dual circulation wind site protection system
  • Multiple safety insurances, high safety performance
  • M50E: Domestic Laser 30W×1
  • M50H: IPG Laser 70W×1
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DATA SHEET

Laseradd DiMetal-M50E SLM 3D Printer
External Dimensions(L*W*H): 720*810*1500mm(28.3*31.8*59 in)
Build Cylinder Size(L*W*H): φ70*50mm(φ2.7*1.9 in)
Scanning Speed: 7m/s
Laser Type: Fiber Laser 30W(wind cooling)
Galvanometer: High Precision Scanning System
Materials: Customized Metal Alloy Materials
Powder Delivery: Double Cylinder One Way Powder Feeding
Inert Gas Protection: No need

Advantages

advantage-img
  • 1
    No need for inert gas protection

    Using new material Tin-silver alloy, with a low melting point and is not prone to chemical reactions with air.

  • 2
    Built-in air filteration device

    Small size, saves space and easy to move

  • 3
    Dual circulation wind site protection system

    Dual-circulation wind site protection system to extend the lifespan of the optical components

  • 4
    Full pop-up position system

    Easy to complete cleaning the powder in cylinder

Samples

  • Möbius strip
    Möbius strip

    Build Data
    • Kings M50E
    •Zn – Ag alloy
    • 20 µm layer thickness

  • Metal Accessory
    Metal Accessory

    Build data:
    • Kings M50E
    • Stainless Steel 316
    • 30 µm layer thickness

  • Experimental Alloy Structure Validation
    Experimental Alloy Structure Validation

    Build data:
    • Kings M50E
    • AlSi10Mg
    • 30 µm layer thickness

ACCESSORIES

  • Drying Oven
    Explosion-proof wet vacuum cleaner

    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.

  • Explosion-proof wet vacuum cleaner
    Drying Oven

    To remove moisture from the collected metal powders for future use.

  • Oscillating sieving machine
    Oscillating sieving machine

    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

  • Water Chiller
    Water Chiller

    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.

Consumable

  • 1
    φ70mm 45# steel forming plate*4pcs

    It can be used to print for Tin Siver alloy

  • 2
    Filter Core

    Filter element for air circulation device*4pcs, each one can be used 300 hours

  • 3
    Soft recoating blade

    10 units, suggest to change each month

Material

  • 1
    Customized Metal Alloy

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