Metal+®400E Ultra-Large High-Throughput Metal DED 3D Printer
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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.
Key Features of the Huirui-Laser Large Metal DED 3D Printing System
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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. -
Rapid Forming Capability
Powered by dedicated path-planning software, the printer enables mold-free fabrication of complex geometries, greatly reducing production and development cycles. -
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. -
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. -
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. -
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. -
Ergonomic Interface Design
The human-centered control interface ensures efficient, comfortable operation, providing an enhanced user experience for industrial and research environments. -
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.
Parameter | Specification |
---|---|
Equipment Name | Ultra-Large High-Throughput Metal Material 3D Printing Equipment |
Equipment Model | Metal+®400E |
Control System | Closed-loop Motion Control |
Overall Size | 4.1×3.3×2.6 m |
Laser | Fiber/Semiconductor Laser |
Laser Power | 2-10 kW |
Chiller | Dual Temperature Dual Control |
Laser Head | Straight/Curved Version Laser Head |
Power | <10 kW |
Forming Size | Within 2x2x1 m |
Powder Feeder | Optional 2~6 Canisters |
Cladding Nozzle | Three-Point/Annular Nozzle |
Water Oxygen Content | <50 ppm |
Three-Axis Travel (XYZ) | 2x2x1 m |
Positioning Accuracy | ±0.02 mm |
Spot Size | 0.4~6 mm |
Expandable Modules | Platform Heater, Transition Chamber, Glove Box, Positioner, etc. |
Configuration Software | Path Planning Auto Software, Online Monitoring Software |
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