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Titanium Alloy Surface Inspection for Turbine Blades via iEagleAI
Titanium alloys are widely used for turbine blades in aerospace and precision machining thanks to their high strength, corrosion resistance, and light weight. Fatigue cracks, scratches, or pits on the blade surface can affect later quality assessment and component reliability, so inspection must be stable and traceable.
Inspection focuses on fatigue-induced surface cracks, micro-scratches, and pinholes, with defects down to 0.02 mm. Combined with FPI and high-sensitivity fluorescent penetrants, surface-breaking defects show up as clear fluorescent indications.
Surface Defects That Resist Stable Interpretation
iEagleAI Surface Anomaly Inspection for Turbine Blade Titanium Alloys
Detectable Defect Types
- Fatigue cracks
- Micro-scratches and FPI anomalies
- Pinholes and micro-pitting
- Ultra-fine flaws and edge irregularities
NG — Defect
NG — Defect
NG — Defect
AI Detected
AI Detected
Inspection Outcomes
Standardized the surface inspection framework for turbine blade titanium alloys.
Enhanced interpretation efficiency for metal fatigue cracks, micro-scratches, and pinholes.
Supported material quality traceability and process improvement analysis.
Discuss Your Inspection Case with PROMAG
Call us at +886-6-270-0221 or mail to sales@pmtndt.com / psc@pmtndt.com
- AI Robot Defect Recognition System
- NDT Automated Integrated Equipment Solutions
- NDT Customized System
- Magnetic Particle Inspection (MPI) Equipment
- Fluorescent Penetrant Inspection (FPI) Systems
- Chemical Cleaning & Etching System
- UV-A / Black Lights
- AI Robot Defect Recognition System
- NDT Automated Integrated Equipment Solutions
- NDT Customized System
- Magnetic Particle Inspection (MPI) Equipment
- Fluorescent Penetrant Inspection (FPI) Systems
- Chemical Cleaning & Etching System
- UV-A / Black Lights