Contact Us 
Superalloy 3D Printed Integrated Forming Complex Flow Path Parts
This turbocharger nozzle ring is integrally formed from superalloy powder via SLM (Selective Laser Melting) metal 3D printing process. It realizes twisted guide vane flow path structures that are difficult to manufacture with traditional processes, combining high temperature resistance, high strength and excellent aerodynamic performance. It is a core component of turbochargers.
- Forming Process: SLM Metal 3D Printing (Selective Laser Melting)
- Forming Accuracy: ±0.05mm
- Material: Inconel 718/Titanium Alloy Powder (Customizable grades available)
- Surface Treatment: Polishing / Coating (Customizable on request)
- Temperature Resistance Range: -40℃~+900℃
- Production Capabilities: Rapid prototyping, small batch customization, complex structural parts production
- Structure Form: Integrated guide vanes, annular flow path, mounting and positioning structure
- Application Form: Turbocharger nozzle rings, gas turbine guide vanes, power equipment flow path components
Get Free Quote 
3D printing accelerates product validation and structural realization. KT ensures stable output in low-volume production, maintaining dimensional and structural consistency while minimizing variation and rework. For projects requiring rapid iteration, this enables a faster transition from design to physical parts, shortening development cycles and improving validation efficiency.
Application Industries
✈️ Aerospace Industry
Aero-engine turbocharger nozzle rings, gas turbine guide vanes, aerospace power equipment flow path components, engine component rapid prototypes
🚗 Automotive Industry
Automotive turbocharger nozzle rings, new energy vehicle power equipment guide vanes, high-performance automotive engine accessories
🏭 Industrial Equipment Industry
Industrial gas turbine nozzle rings, power station power equipment guide vanes, industrial turbine machinery flow path components
🧪 Other Applications
Scientific research equipment parts, customized power equipment accessories, rapid development of complex flow path parts, lightweight mechanical parts
3D Printing Process Advantages
- Free Forming of Complex Flow Paths: Not limited by traditional processing, can integrally form twisted blades and complex flow path structures, perfectly restoring aerodynamic design intent
- No Splicing or Welding: Blades and annular flow paths are integrally formed without splicing gaps or welding defects, reducing airflow loss and improving aerodynamic efficiency
- Excellent Superalloy Performance: High density printed parts, with heat treated high temperature and creep resistance close to forgings, adapting to high temperature and high pressure gas environments
- Rapid Design Iteration: Directly from 3D model to finished product without molds, significantly shortening product development cycles and adapting to rapid prototype verification needs
- Lightweight and High Strength: Achieve lightweight design through structural topology optimization while ensuring mechanical performance, adapting to the lightweight trend of power equipment
- Flexible Custom Production: Supports single or small batch customization without additional tooling, enabling rapid design iteration and reducing development costs
Detailed Parameter Table
| Parameter Item | Technical Specification |
|---|---|
| Product Name | 3D Printed Turbocharger Nozzle Ring / Power Equipment Guide Vane Components |
| Main Material | Inconel 718/Titanium Alloy Powder (Customizable grades available) |
| Forming Process | SLM Selective Laser Melting Metal 3D Printing |
| Forming Accuracy | ±0.05mm |
| Surface Roughness | Ra 3.2~Ra 6.3μm (After polishing) |
| Density | ≥99.9% |
| Tensile Strength | ≥1000MPa (Inconel 718) |
| Temperature Resistance Range | -40℃~+900℃ |
| Production Capabilities | Rapid prototyping, small batch customization, complex structural parts production |
| Working Conditions | Use in turbochargers/gas turbines, high temperature and high pressure gas environments, airflow guidance and power transmission |
