Gas Turbine Inspection Solutions
Turbine Inspection Solutions
- Remote Visual Inspection
- Phased Array Ultrasound
- Eddy Current Array
- X-Ray Fluorescence (XRF)
- Industrial Microscopy
- 3D Laser Microscopy
Remote Visual Inspection
Inspect hard-to-reach areas- Visually inspect compressors, combustors, and turbine blades
- Adjust viewing angles and distances using interchangeable tip adaptors
- Quantify faults through precise 3D measurement
- Navigate difficult-to-reach engine locations using precise articulation
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NDT - Phased Array Ultrasound
Increase your productivity with high-speed inspections- Inspect turbine case welds and rotor shafts
- Measure the depth of blade and vane root cracks
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NDT - Eddy Current
Detect surface and sub-surface cracks- Locate cracks on turbine blades and vanes
- Dovetail blade attachment cracks
- Measure the thickness of blade and vane coatings
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- Learn more about our eddy current flaw detectors
- Read our application note, "Reducing the edge effects in turbine component inspections using flexible printed circuit board (PCB) based eddy current array probes"
- Read our application note, "ECA Surface Crack Detection"
- Read our Tutorial about inspections using eddy current
X-Ray Fluorescence (XRF)
Material and alloy verification- Incoming material verification
- Blade coating verification
- Confirm correct repair materials
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Industrial Microscopy
Accurate quantitative characterization on a microscopic scale- Materials research during development
- Detailed surface inspection during maintenance
- Failure analysis of components
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3D Laser Microscopy
Detect and inspect microscopic cracks and fissures within turbine blades- Macro inspection of fractured surfaces
- Micro-level corrosion evaluation
- 3D visualization for in-depth analysis
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