Our Successful Partnerships
Innovative Lightweighting
We realize complex, integrated single-piece designs that were impossible with traditional manufacturing methods. Through topology optimization technology, we drastically reduce part weight while maintaining structural rigidity, improving fuel efficiency and increasing payload capacity
High-Performance Material
We utilize advanced materials capable of withstanding extreme space conditions, including high temperatures, high pressure, and vacuums. By replacing heavy metal parts, we achieve significant lightweighting and deliver highly durable, corrosion-free components
Rapid Prototyping & R&D
In the aerospace development phase, where design changes are frequent, we complete prototype fabrication in just a few days—a process that used to take weeks. By swiftly conducting functional testing, we minimize development risks and significantly accelerate the time-to-market for final production parts.
Application
Aerospace 3D Printed Parts
Lighter, More Efficient
Engine Tail Nozzle
Through innovative design, we have successfully overcome critical challenges, including the low laser absorptivity of copper alloys and complex manufacturing processes. By strategically incorporating 50 precisely crafted cooling channels into both the inner and outer walls, we have drastically enhanced the engine’s cooling efficiency
PBF
96 hours
Φ210mm X 295mm
Image and contents courtesy of BLT
Blade Ring
The blade ring, also known as the rotor disk, is a critical component that secures the blades within the engine’s rotor assembly
PBF
16 hours
Φ577mm X 80mm
Image and contents courtesy of BLT
Drone cover
Going beyond mere protection, it maximizes drone performance. The exceptional fine-detail capabilities unique to MJF technology make complex aerodynamic designs a reality. Crafted from PA12 engineering plastic—a material that is lightweight yet maintains consistent strength in all directions—it provides perfect protection for internal components even in the harshest flight environments
MJF
Φ210mm X 295mm
Image and contents courtesy of Lincsolution
Don't miss out!
No matter how complex the challenge, we can solve it together
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Press Release
UNASTELLA
Lincsolution Wins Contract for Launch Vehicle Combustor Parts
Certification
Aerospace Quality Management System Certification
Aerospace Quality Management System Certification
Materials
Materials for Aerospace Components
We recommend the optimal material for your application
Inconel
Lincsolution provides additive manufacturing solutions featuring outstanding heat resistance, optimized for critical rocket engine components and high-temperature industrial environments that must endure extreme thermal loads
Heat resistance
Corrosion resistance
High strength
Image and contents courtesy of BLT
Aluminum
We provide additive manufacturing solutions featuring exceptional heat resistance, optimized for critical rocket engine components and high-temperature industrial environments that must withstand extreme thermal loads
Lightweight
Thermal conductivity
Corrosion resistance
Image and contents courtesy of BLT
Titanium
It is lightweight and strong, with excellent resistance to corrosion and heat
Specific Strength
Corrosion Resistance
Thermal Expansion
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Copper alloy
As a micro-alloy based on pure copper, CuCrZr achieves a perfect balance between physical and mechanical properties. Unlike pure copper, CuCrZr can be used as both load-bearing supports and structural materials, and it has a wide range of applications including heat sinks and conductive coils
Thermal Conductivity
Heat Sink
Image and contents courtesy of BLT
