At Royal Turbine, we operate a fully integrated Testing, Overhaul & Validation Center designed to ensure the highest standards of performance, safety, and reliability for turbomachinery components. Our facility is equipped with advanced systems dedicated to dynamic testing, high-speed performance evaluation, ultra-precision surface finishing, micro-machining, and high-hardness coating technologies. In addition to precision manufacturing and testing capabilities, Royal Turbine is fully capable of performing complete overhaul services for gas and steam turbines. Our engineering and service teams possess the technical expertise and field experience required to execute full-scope turbine overhaul operations on a wide range of industrial units.

Royal Turbine provides overhaul, inspection, repair, and rebuild services for major OEM turbine families, including:

  • Siemens
  • Ruston
  • Rolls-Royce
  • GE (General Electric)
These overhaul services include the restoration of rotating assemblies, combustion components, turbine and compressor sections, sealing systems, and all associated mechanical elements—ensuring full operational readiness and compliance with OEM performance criteria.

Our integrated testing and manufacturing infrastructure includes:

  • Dry Gas Seal Dynamic & Static Test Machine
  • High-Speed Spin Test System
  • DLC Coating System for Ultra-Hard, Low-Friction Surfaces
  • Ultra-Precision Lapping Machines
  • Laser Micro-Milling Machine (1–100 μm accuracy)

These technologies support:

  • Performance verification under real-world conditions
  • Reliability and endurance testing
  • Complete turbine overhaul and operational validation
  • Surface enhancement and micro-finishing
  • Dimensional correction and tolerance refinement
  • Material qualification and coating evaluation
  • Final quality assurance before delivery
By combining advanced testing technology with over two decades of engineering expertise, Royal Turbine delivers components and overhaul services that meet OEM-level precision, extended operational life, and uncompromised reliability in the most demanding industrial environments.