Aerospace-Grade Metal Additive Manufacturing
Advanced 3D metal printing for low-mass, high-strength, complex aerospace and industrial parts
Precision Metal Manufacturing
Tetragon Solutions specializes in aerospace-grade metal additive manufacturing, enabling the production of complex, high-performance components that are impossible to achieve through conventional machining. Our advanced 3D metal printing technology utilizes cutting-edge materials including titanium alloys, Inconel, maraging steel, and aluminum alloys.
With expertise in topology-optimized geometries and internal lattice structures, we deliver components with exceptional strength-to-weight ratios, critical for aerospace applications.
Rapid Prototyping to Production
From concept to full-scale production with minimal lead times
Mass Reduction
Internal lattice structures reduce weight while maintaining strength
Aerospace Manufacturing Image
Materials & Capabilities
Industry-proven materials and advanced processing capabilities
Advanced Materials
- •Titanium Alloys (Ti-6Al-4V, Ti-5-8-5-1)
- •Inconel & Superalloys (600, 625, 718)
- •Maraging Steel for high-strength applications
- •Aluminum Alloys (AlSi10Mg, 7075)
- •Stainless Steel grades for corrosion resistance
Key Capabilities
- ✓Complex geometry design & topology optimization
- ✓Internal lattice structures for weight reduction
- ✓Aerospace & defense grade quality assurance
- ✓Post-processing & surface finishing
- ✓Full traceability and certification
Industry Applications
Aerospace
Aircraft frames, turbine blades, landing gear components, and specialized fasteners
- • Fuselage brackets
- • Nozzle assemblies
- • Structural reinforcements
Satellite & UAV
Lightweight structural components for unmanned vehicles and satellite systems
- • Projectile frames
- • Mounting brackets
- • Payload structures
Medical & Industrial
Precision implants, complex prosthetics, and specialized industrial components
- • Dental implants
- • Medical prosthetics
- • Custom components
Key Benefits
Why choose additive manufacturing for your components
Weight Reduction
30-60% lighter than traditional components
Design Freedom
Complex geometries impossible with conventional machining
Cost Efficiency
Reduced material waste and faster time-to-market
Quality Assurance
Full traceability and aerospace certification
Our Manufacturing Process
Design & Optimization
CAD design with topology optimization for maximum efficiency
Simulation & Validation
FEA analysis and material simulations ensure design feasibility
Additive Manufacturing
Precision 3D printing using advanced metal deposition systems
Post-Processing
Heat treatment, surface finishing, and quality inspection
Quality Assurance
Comprehensive testing and certification for aerospace standards
Ready to Innovate?
Let our aerospace-grade manufacturing capabilities transform your design concepts into reality.
Request a Consultation