Wide-angle panoramic shot of a V94.2 turbine rotor positioned on a heavy industrial balancing rig, cool blue steel reflections under warm overhead workshop lighting.
Wide-angle panoramic shot of a V94.2 turbine rotor positioned on a heavy industrial balancing rig, cool blue steel reflections under warm overhead workshop lighting.
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/ SGT5-2000E ROTORS

Rotor Component Preparation

Precision de-stacking, runout inspection, and individual disk preparation for SGT5-2000E rotors. We restore critical hot-gas-path components to exact OEM tolerances, aligning our workflow directly with your critical path.

• TECHNICAL WORKFLOW

Precision Rotor Engineering

Our specialized facility executes rigorous mechanical and metallurgical protocols. We focus exclusively on the SGT5-2000E platform, delivering certified component integrity without OEM lead times.

PHASE 01
PHASE 02
PHASE 03

Rotor De-Stacking

NDT Inspection

Dynamic Balancing

Complete disassembly and radial runout inspection of individual SGT5-2000E rotor disks, detecting micro-scale dimensional deviations before precision machining.

Advanced ultrasonic and magnetic particle testing of critical tie rods and disk faces to identify subsurface fatigue and guarantee structural integrity.

Dynamic balancing of the fully assembled rotor assembly to eliminate operational vibration, protecting downstream bearings and extending overall run-time.

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+ CRITICAL PATH
TOLERANCE SPECIFICATION

Outage Critical Support

Micron Precision

Rotor overhauls leave no margin for delay. We align our component preparation directly with your critical path, providing fully certified, NDT-tested parts ready for immediate re-assembly.

Every SGT5-2000E rotor component is balanced to precise ISO standards, ensuring vibration-free operational stability under extreme peak thermal loads.