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Metal+®400E Ultra-Large High-Throughput Metal DED 3D Printer

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Presentation of the equipment's characteristics

Product Overview

The Huirui-Laser Large-Scale Metal Direct Energy Deposition (DED) 3D Printing System is an advanced laser additive manufacturing solution independently developed by Huirui-Laser.
Built around laser fusion and coaxial powder feeding technology, the system deposits metal powder layer by layer along a pre-programmed tool path to achieve rapid, mold-free fabrication of complex metal components.

The equipment integrates a fully sealed inert-gas chamber, dust extraction unit, high-power laser source, precision laser head, mechanical motion system, multi-channel powder feeder, and industrial-grade water-cooling system.
It is complemented by intelligent software modules for path planning, fault diagnostics, integrated control, process database management, and simulation analysis, creating a comprehensive and automated additive manufacturing platform.

Engineered for large and complex metal structures, this system supports agile manufacturing and high-precision repair of metal parts, significantly improving production efficiency, flexibility, and process reliability.
The Metal+ series represents a major step forward in the intelligent, high-efficiency evolution of the metal processing industry.

processed samples
Key Features of the Huirui-Laser Large Metal DED 3D Printing System
  1. High-Precision Positioning
    The system delivers positioning accuracy up to 0.02 mm, ensuring exceptional dimensional precision and stability throughout the metal additive manufacturing process.

  2. Rapid Forming Capability
    Powered by dedicated path-planning software, the printer enables mold-free fabrication of complex geometries, greatly reducing production and development cycles.

  3. Inert Gas Protection System
    Operates within a sealed inert-gas chamber, maintaining oxygen and moisture levels below 50 ppm to prevent oxidation and ensure superior surface quality of printed parts.

  4. Real-Time Visualization
    Features coaxial vision positioning and monitoring, allowing operators to observe the melt pool and deposition process in real time, improving process transparency and quality control.

  5. Intuitive and User-Friendly Operation
    Designed with an open and easy-to-use software and hardware system, enabling straightforward operation, simplified maintenance, and reduced operator training time.

  6. Multi-Process Functionality
    Supports laser cladding, surface restoration, and direct metal 3D printing, offering versatile process integration within a single platform to maximize equipment utilization.

  7. Ergonomic Interface Design
    The human-centered control interface ensures efficient, comfortable operation, providing an enhanced user experience for industrial and research environments.

  8. Modular Customization Options
    The system supports modular expansion, including automatic transition chambers, automated loading/unloading, and mobile platforms, allowing flexible configuration for specific manufacturing requirements.

ParameterSpecification
Equipment NameUltra-Large High-Throughput Metal Material 3D Printing Equipment
Equipment ModelMetal+®400E
Control SystemClosed-loop Motion Control
Overall Size4.1×3.3×2.6 m
LaserFiber/Semiconductor Laser
Laser Power2-10 kW
ChillerDual Temperature Dual Control
Laser HeadStraight/Curved Version Laser Head
Power<10 kW
Forming SizeWithin 2x2x1 m
Powder FeederOptional 2~6 Canisters
Cladding NozzleThree-Point/Annular Nozzle
Water Oxygen Content<50 ppm
Three-Axis Travel (XYZ)2x2x1 m
Positioning Accuracy±0.02 mm
Spot Size0.4~6 mm
Expandable ModulesPlatform Heater, Transition Chamber, Glove Box, Positioner, etc.
Configuration SoftwarePath Planning Auto Software, Online Monitoring Software