Supply & Manufacturing

Manufacturing Services for Gas Turbines

Our manufacturing services are tailored to meet the demanding requirements of gas turbine components across a wide range of models and applications. From raw material processing to final quality inspection, we offer comprehensive capabilities that ensure durability, performance, and precision.

🔩 Component Manufacturing

We manufacture high-performance components using advanced processes and materials to meet OEM-level standards.

  • Casting & Forging – Precision investment casting and forging for blades, vanes, casings, and rotors
  • CNC Machining – Tight-tolerance machining for critical components including compressor blades, nozzles, and turbine disks
  • Additive Manufacturing (AM) – Complex geometries and cooling passages for prototype and production parts
  • Heat Treatment – Controlled processes for stress relief, hardness, and microstructure optimization
  • Thermal and Protective Coatings – Application of TBCs and MCrAlY for enhanced oxidation and corrosion resistance

🔧 Repair & Refurbishment

We extend the life of gas turbine components through proven repair techniques and strict quality protocols.

  • Crack Repair, Weld Build-Up & Blending
  • Re-coating & Re-machining of Hot Section Components
  • Non-Destructive Testing (NDT) including FPI, X-ray, and ultrasonic inspection

🧪 Testing & Quality Assurance

All parts undergo rigorous inspection and testing to guarantee performance and reliability.

  • Dimensional Inspection with CMM and 3D Scanning
  • Flow Testing for Cooling Holes
  • Material Analysis (tensile, creep, hardness)
  • Dynamic Balancing and Assembly Validation

⚙️ Assembly & System Integration

We offer precision assembly services for individual components, modules, and complete systems.

  • Compressor and Turbine Module Assembly
  • Rotor Stacking and Alignment
  • Skid Packaging for Industrial Gas Turbine Systems

🔍 Reverse Engineering & Legacy Part Support

For aging fleets and hard-to-source parts, we provide:

  • Reverse Engineering via 3D Scanning & Material Characterization
  • Obsolescence Management & Legacy Part Reproduction
  • Technical Documentation & Traceability