M350G, with a build volume of 350*350*500mm, boasts a robust modular design and can be equipped with one or two green fiber lasers, available in 500W, 700W, or 1000W. The system enables efficient printing of materials like copper copper alloys, and precious metals, which are difficult or impossible to process with infrared lasers.
The machine's modular platform gives flexibility to reproducible production and easy maintenance. Its open-source system supports extensive parameter customization and a wide range of materials. The system is open to integrate seamlessly with upstream and downstream software.
Green laser enables additive manufacturing of highly reflective materials to print more effectively and efficiently.
It delivers a high absorption rate and generates less spatter during printing. Finer details can be achieved due to the small spot size of the green laser.
The performance of the printed cooper and its alloy parts is enhanced.
Density≥99.8%
Electrical Conductivity≈100%IACS
Thermal Conductivity≈400W/(m·k)
Min. Wall Thickness 0.1mm
Note: Pure copper heat treated. The test parameter can vary according to factors like printing parameters, and material used.
15-55cm³/h (Green laser) vs
6.12cm³/h (Infrared light)
Note: Typical printing speed of 1kw NIR laser
With a dual laser system, bidirectional powder coating, and equipped with large layer thickness printing parameters, printing can be more efficient.
With a small spot size down to 40µm, fine details can be realized.
M350G is equipped with self-developed ADR BP and ADR Print software.
Supports simultaneous printing of multiple workpieces with different layer thicknesses
Allows users to independently set process parameters for different areas of the model
Intelligent data monitoring for real-time detection of oxygen levels, pressure, and temperature, along with real-time alerts. The system will automatically stop the machine in case of any failure, ensuring safe and reliable printing.
Data Download
| Model | XH-M350G |
| Build Volume | 350*350*500mm ① |
| Laser Source | Continuous single-mode green fiber laser, wavelength 532nm, optional with 500W, 700W, 1000W |
| Spot Diameter | 40-60μm |
| Focusing System | F-theta lenses focusing |
| Printing Speed | 10-30 cm³/h single laser, 20-55 cm³/h double laser |
| Layer Thickness | 20-120μm |
| Machine Dimensions | 3050*1750*2850mm |
| Machine Weight | Approx. 3.9T |
| Compatible Materials | Pure copper, copper alloys, refractory metals, composite materials (Cu-based diamond composite, Cu-based graphene composite ,etc.), other conventional metals |
| Note: (1) The height of the build plate is not included |
Advantage: Bypasses traditional forged fin bottlenecks utilizing 3D-printed micro-structures, including optimized bottom textures and spiral cones.
Result: Drives a 30–40% increase in thermal efficiency within the exact same physical footprint.
Advantage: Hybrid construction featuring a 3D-printed base with complex micro-structures (irregular textures, spiral cones, and horizontal strips).
Result: Delivers a verified 6–7x thermal efficiency gain over traditional copper plates.
Advantage: Monolithic AlSi10Mg with topology optimization and 0.08mm ultra-thin lattices.
Result: Highly leak-resistant, radically lighter, and delivers superior thermal mixing.
Advantage: Monolithic internal micro-channels.
Result: 0.1mm thin walls via Green Laser. Pure Copper | ~100% IACS | ~400 W/m·K.
For on-demand manufacturing, part production, and instant quotes, please visit our dedicated Service Bureau platform by clicking the button to the right.
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Shenzhen Addireen Technologies Co., Ltd.
Building 7, Detai Technology Park, Dalang Street, Longhua District, Shenzhen, Guangdong, China.
(+86) 193-5719-8013