Ensuring your aircraft engine is safe and ready.

Identify rotor blade damage and prevent engine failure.

Our Success Story ➔

The Challenge

The Mission Depends on Engine Health

Foreign Object Damage (FOD) and internal stresses are constant threats to flight safety and fleet readiness.

For mission success, you need to see beyond standard checks. Rotating blades are the most vulnerable parts of your engine. Combine essential FOD and mission data to provide a complete, predictive assessment that keeps you flying.

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    Blade Vulnerability

    Rotating blades operate under extreme conditions, making them susceptible to fatigue, damage, and failure that can compromise entire aircraft systems.

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    FOD Management

    Foreign object damage poses significant risks to engine performance. Early detection and assessment are critical for maintaining operational safety.

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    Mission Readiness

    Combining FOD analysis with mission data ensures every aircraft is thoroughly prepared and validated for safe flight operations.

Total Diagnostic Solutions for Every Operation

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    In Flight

    Real-Time Performance Assurance

    Safeguard your operations with continuous Blade Health Monitoring. Leverage real-time vibration analysis to identify defects immediately, ensuring minor issues never escalate into safety risks.

    Explore In-Flight Monitoring
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    On Ground

    Rapid Visual Inspection

    Gain quick, non-intrusive insight. Use Inlet Visual Inspection for repeatable Foreign Object Damage identification to assess blade health without engine disassembly. Prepare every aircraft for flight with confidence.

    Explore On-Ground Diagnostics
  • Inside an aircraft engine manufacturing or maintenance facility, with several large aircraft engines on stands and technicians working on them, some using tools and computers, with a sign that reads "Blade Diagnostics" on the wall.

    At Overhaul

    Structural Integrity & Life Extension

    Maximize the life and safety of your Integrally Bladed Rotors (IBRs) during scheduled maintenance. Use IBR Geometry Measurements and IBR VibratoryDNA® Extraction to quantify damage and validate vibration robustness.

    Explore Overhaul Processes
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Core Technology

The Power of VibratoryDNA®

Our proprietary algorithms extract the unique VibratoryDNA—the precise signature of your blades' condition—to move maintenance from reactive checks to proactive, predictive assurance. This proven technology has been successfully used to prevent failures in high-stakes environments, including nuclear turbine power plants and the most advanced, high performance aircraft engines.

Ready to Achieve Unparalleled Engine Reliability?

Partner with the leading provider of aircraft engine blade diagnostic solutions and FOD management systems.

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