Product Overview

The Huirui-Laser Metal+®One Metal Direct Energy Deposition (DED) 3D Printing System is a compact, high-precision additive manufacturing platform specially developed by the Huirui-Laser technical team to address the limitations of traditional industrial laser cladding equipment.
Designed for universities, research institutes, and metal powder manufacturers, this small yet powerful system delivers high-performance metal printing with minimal powder consumption and exceptional flexibility for material research.

Key Features

• Compact and Efficient Design: Small footprint, low powder usage, and optimized chamber design make it ideal for laboratory environments and R&D applications.

• Multi-Powder Feeding System: Equipped with multiple precision powder feeders, allowing real-time multi-material mixing with accurate and controllable ratios.

• High-Throughput Experiment Software: Integrated dedicated experimental software supports batch printing of multiple samples with varying compositions in one run, significantly boosting research productivity.

• Exceptional Powder Utilization: The system achieves high material efficiency, reducing waste and lowering operating costs.

• Flexible Composition Control: Enables quick adjustment of alloy proportions and gradient transitions for advanced material development.

• Broad Material Compatibility: Suitable for steel, aluminum alloys, titanium alloys, nickel-based superalloys, high-entropy alloys, and ceramic powders, making it perfect for composition screening, performance testing, and gradient material studies.

Ideal for

• Material science laboratories

• University and institutional research

• Powder metallurgy and additive manufacturing R&D

• New alloy development and gradient material studies