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U.S. Air Force emblem featuring a stylized blue eagle with outstretched wings and a central circular element, with the words 'U.S. AIR FORCE' below.

Blade mistuning has long threatened the reliability of aircraft engines, creating complex vibration issues that defy early detection. Blade Diagnostics conquered this challenge with SmartBlend®, a technology now actively deployed in USAF repair depots to deliver three critical advantages:

By transforming how the Air Force approaches maintenance, SmartBlend prioritizes safety by catching faults before they become catastrophic failures. Simultaneously, it drives affordability and availability by proving that blades can be repaired rather than replaced. This prevents unnecessary waste, significantly reduces costs, and ensures that warfighter engines remain operational and mission-ready rather than stuck in the supply chain.

Pratt & Whitney logo with bold black text reading 'Pratt & Whitney' and smaller text 'An RTX Business' underneath.

Pratt & Whitney entrusts Blade Diagnostics’ proprietary technology and know-how to safeguard the performance of their most advanced military propulsion system: the F135 engine, which powers the F-35 Lightning II. By integrating our advanced technology, Pratt & Whitney moves beyond traditional 'one-size-fits-all' solutions, instead utilizing a tailored approach that maximizes part life. This partnership ensures that the world’s most capable fighter fleet maintains the operational readiness required for air dominance.

GE Aerospace logo with a circular emblem containing stylized initials and the words 'GE Aerospace' to the right.

GE Aerospace leverages a strategic technology transfer by directly licensing Blade Diagnostics’ proprietary VibratoryDNA® extraction tools for integration into their own R&D ecosystems. GE empowers its internal teams with our proprietary tools to predict and mitigate High Cycle Fatigue (HCF) drivers in real-time. This licensing approach allows GE to embed our advanced tools directly into the development capability for advanced, next-generation propulsion systems.

Stylized text reading 'SIEMENS' in teal and 'ENERGY' in purple.

Siemens Energy chose Blade Diagnostics as its partner for turbine blade health monitoring, licensing Blade Diagnostics’ VibratoryDNA® extraction technology to protect its land-based power systems.

Turbine blades can crack from high-cycle fatigue. Siemens tackles this risk head-on by measuring blade vibration continuously, even while turbines run at full power. Blade Diagnostics’ software turns raw data into actionable insight. If a crack forms, we detect it.

This joint Siemens - Blade Diagnostics monitoring solution catches potential issues early and tracks their development over time, empowering operators to schedule maintenance precisely when needed. The result: minimized downtime, dramatically lower service costs, and enhanced safety.