Aeroespacial y aviación
Explore EnablementWhy It's Better
HBD’s metal 3D printing technology enables aerospace industries to achieve optimized designs, reduced weight, and enhanced part integration.
How 3D Printing
is Making a Difference
Lightweight Design & Topology
Optimized Structures
- Advantage: LPBF technology enables topology optimization and lattice structures to significantly reduce weight while maintaining mechanical strength.
- Problem Solved: Reduces the structural weight of aerospace components, improving fuel efficiency and increasing payload capacity without compromising strength.
- Typical Application: Drone Brackets
High-Temperature & Oxidation
Resistant Superalloys
- Advantage: Supports the use of nickel-based superalloys (e.g., Inconel 718, Inconel 625) for extreme heat and oxidation resistance.
- Problem Solved: Enhances durability and longevity of components exposed to extreme thermal and oxidative environments in aerospace applications.
- Typical Application: Oxidizer Valve Body
Large-Scale Integral Building
- Advantage: Enables the fabrication of large, high-precision aerospace parts in a single build, reducing the need for assembly and welding.
- Problem Solved: Eliminates weak points from traditional multi-part assemblies, improving structural integrity and reducing post-processing complexity.
- Typical Application: Rocket Thrust Chamber
Recommended Models
HBD 400
Build Volume :
350mm × 400mm × 400mm
(height incl. build plate)
Laser Power :
4 Lasers, 500W/1000W
6 Lasers, 500W/1000W
HBD 500
Build Volume :
430mm × 520mm × 520mm
(height incl. build plate)
Laser Power :
2 Lasers, 500W/1000W
3 Lasers, 500W/1000W
HBD 1000Pro
Build Volume :
660mm × 660mm × 1250mm
(height incl. build plate)
Laser Power :
8 Lasers, 500W/1000W
HBD 400
Build Volume :
350mm × 400mm × 400mm (height incl. build plate)
Laser Power :
4 Lasers, 500W/1000W
6 Lasers, 500W/1000W
Build Volume
158mmx 100mm
Laser Power
1 Laser, 300W
2 Lasers,300W
2 Lasers,300W
HBD 500
Build Volume :
430mm × 520mm × 520mm (height incl. build plate)
Laser Power :
2 Lasers, 500W/1000W
3 Lasers, 500W/1000W
Build Volume
158mmx 100mm
Laser Power
1 Laser, 300W
2 Lasers,300W
2 Lasers,300W
HBD 1000Pro
Build Volume :
660mm × 660mm × 1250mm (height incl. build plate)
Laser Power :
8 Lasers, 500W/1000W
Build Volume
158mmx 100mm
Laser Power
1 Laser, 300W
2 Lasers,300W
2 Lasers,300W
The Right Materials for High-Performance Design
Perfect Aerospace Solution
Inconel 718
(IN718)
Why Choose It :
Exceptional strength, high-temperature resistance, and excellent fatigue resistance—ideal for demanding aerospace applications.
Best For :
Turbine disks, engine components, and structural parts exposed to extreme heat and stress.
Titanium Alloy
(Ti6Al4V)
Why Choose It :
High strength, low density, and outstanding corrosion resistance—ideal for critical aerospace components.
Best For :
Airframe structures, engine parts, and landing gear components.
Inconel 718
(IN718)
Why Choose It :
Exceptional strength, high-temperature resistance, and excellent fatigue resistance—ideal for demanding aerospace applications.
Best For :
Turbine disks, engine components, and structural parts exposed to extreme heat and stress.
Inconel 625
(IN625)
Why Choose It :
Superior corrosion and oxidation resistance with high strength, making it suitable for harsh aerospace environments.
Best For :
Exhaust ducts, heat exchangers, and aerospace fasteners.
Stainless Steel
(316L)
Why Choose It :
Corrosion-resistant, durable, and reliable for aerospace applications requiring high mechanical performance.
Best For :
Structural brackets, fuel system components, and cabin interior fittings.
Aluminum Alloy
(AlSi10Mg)
Why Choose It :
Lightweight, high thermal conductivity, and excellent strength-to-weight ratio—perfect for weight-sensitive aerospace applications.
Best For :
Aerospace housings, brackets, and lightweight structural components.
Inconel 625
(IN625)
Why Choose It :
Superior corrosion and oxidation resistance with high strength, making it suitable for harsh aerospace environments.
Best For :
Exhaust ducts, heat exchangers, and aerospace fasteners.
Stainless Steel
(316L)
Why Choose It :
Corrosion-resistant, durable, and reliable for aerospace applications requiring high mechanical performance.
Best For :
Structural brackets, fuel system components, and cabin interior fittings.
Aluminum Alloy
(AlSi10Mg)
Why Choose It :
Lightweight, high thermal conductivity, and excellent strength-to-weight ratio—perfect for weight-sensitive aerospace applications.
Best For :
Aerospace housings, brackets, and lightweight structural components.
Trusted by Industry Leaders
Socios y clientes
“With the support of HBD’s metal additive manufacturing technology, our Ethalox engine now delivers a maximum thrust of 630 Newtons, with the flexibility to precisely throttle down to below 40% of that—an essential capability for controlled maneuvers in aerospace applications.”
Más información
“By combining a Shanghai Jiao Tong University-developed copper composite (360 W/m·K thermal conductivity, 510 MPa tensile strength) with topology optimization inspired by sunflower veins, we created a heat exchanger with 50% less volume and 10x higher thermal efficiency—redefining possibilities in aerospace and energy.”
Más información
Take Your Manufacturing to New Heights with HBD 3D Printing
Contact us to learn how HBD’s advanced metal 3D printing solutions can help you achieve lightweight, high-performance designs that meet the demands of aerospace. Together, we can create innovative solutions that push the limits of engineering and manufacturing.
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