Energy, Oil & Gas
Explore EnablementWhy It's Better
HBD's metal 3D printing technology is revolutionizing the energy sector by offering unmatched precision, design flexibility, and material efficiency. Our solutions enable the production of high-performance components with reduced volume—achieving the same performance and functionality as traditional parts, but in up to 3x smaller sizes.
How 3D Printing
is Making a Difference
Integrated Manufacturing for
High-Efficiency Heat Exchangers
- Advantage: Enables the one-piece fabrication of complex internal channels, eliminating assembly steps and improving structural integrity.
- Problem Solved: Traditional brazing or welding methods for heat exchangers can introduce weak points and inefficiencies; 3D printing ensures leak-free, high-performance designs with optimized thermal transfer.
- Typical Application: Compact Heat Exchanger
Advanced Thermal Management
for High-Temperature Applications
- Advantage: Allows for the design and manufacturing of intricate fin and lattice structures to maximize heat dissipation while minimizing material usage.
- Problem Solved: Conventional cooling structures often suffer from limited surface area and inefficient heat transfer; additive manufacturing enables high-surface-area designs for superior cooling performance.
- Typical Application: Helical Heat Sink
Complex Internal Geometries
for High-Performance Fluid Flow Components
- Advantage: Enables the fabrication of intricate, aerodynamically optimized flow paths that improve efficiency and reduce pressure drop.
- Problem Solved: Traditional casting and machining techniques struggle to achieve seamless, complex internal structures; additive manufacturing allows for unrestricted design freedom and superior fluid dynamics.
- Typical Application: Air Intake Manifold – 3D-printed intake manifolds with optimized internal channels improve fuel combustion efficiency in gas turbines and industrial power systems, reducing energy consumption and emissions.
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 the
Perfect Energy Solution
Stainless Steel
(316L)
Why Choose It:
Excellent corrosion resistance, durability, and versatility—suitable for components exposed to moisture and harsh chemicals.
Best For:
Pumps, tanks, pipes, and structural components in offshore platforms and refineries.
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.
Trusted by Industry Leaders
Partners and Clients
HBD Metal 3D printing allows for the creation of capillary cooling channels that ensure uniform cooling throughout the entire blade volume, effectively preventing hotspot formation and structural damage due to thermal stress. The innovative gyroid structure further enhances cooling by enabling airflow from air channels to cover hard-to-reach areas, thereby guaranteeing cooling efficiency.
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""LEAP 71 pioneers computational engineering to transform design and manufacturing. Our Noyron model autonomously generates geometries unachievable with traditional CAD, enabling complex performance-optimized structures. This liquid heat exchanger was produced through HBD's industrial metal 3D printing, realizing our fully digital workflow.""
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Ready to Transform Your Energy Solutions?
Reach out today to discover how HBD’s advanced metal 3D printing technology can boost the performance, reliability, and efficiency of your energy components. Let’s collaborate to achieve your energy production objectives with cutting-edge innovation and precision.
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