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Aerospace
High-speed metal 3D printing for mass production
The aerospace industry requires lightweight, complex, and heat-resistant parts. Metal 3D printing (SLM) offers design freedom and excellent mechanical strength, transforming how engine parts, connectors, and structures are made—making spacecraft lighter, stronger, and more efficient.
What we doing
Advanced Lightweight Design
Enables extreme weight reduction through topology optimization and lattice structures while maintaining strength.
Integrated Complex Structures in One Build
Builds complex geometries such as hollow parts and internal cooling channels that are difficult with traditional methods.
High-Temperature Material Processing
Capable of printing with high-temp alloys like Inconel and titanium for demanding aerospace environments.
Fewer Parts, Less Assembly
Reduces part count and assembly time through integrated design, improving overall system reliability.
High Dimensional Accuracy & Repeatability
Ensures repeatable and accurate builds for critical flight components through precision lasers and closed-loop control.
（无内容）customer success stories
Printing Showcase
J-20 aircraft model
16
Time
27 hours
Layering Thickness
20-120 μm
Materials
AISi10Mg
Materials Usage
90%-95%
It shows what the metal powder materials that weused on this part by our SLM system.
Aircraft engine
30
Time
27 hours
Layering Thickness
20-120 μm
Materials
316L
Materials Usage
90%-95%
It shows what the metal powder materials that weused on this part by our SLM system.
Aircraft engine replica
4
Time
70 hours
Layering Thickness
20-120 μm
Materials
TC4
Materials Usage
90%-95%
It shows what the metal powder materials that weused on this part by our SLM system.
Engine tail skirt
28
Time
86 hours
Layering Thickness
20-120 μm
Materials
316L
Materials Usage
90%-95%
It shows what the metal powder materials that weused on this part by our SLM system.
Printing materials
Curious to see what the materials used in our SLM system? know more detail
about our Materials introduction for our metal 3D powder printing.
Titanium Alloys
Aluminum Alloys
Nickel-based Superalloys
Stainless Steels
Cobalt-Chromium Alloys
SLM system
807×607×900 mm build size with 4/6/8 laser options. High efficiency and precision for aerospace, molds, and automotive parts.
Supports single to quad-laser configurations with adjustable formats. Designed for efficient, high-precision batch printing in mold and tooling industries.
286×286×450 mm build size with single or dual-laser options. Supports titanium, aluminum, nickel alloys, and more—perfect for aerospace and tooling applications.
Industry new trends
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Find your
perfect system
Explore and compare our range of advanced systems to discover theperfect match for your additive manufacturing goals.
