Aerospace
Internal defects in aero-engines and pressure vessels are difficult to quantify, and traditional 2D borescopes offer limited accuracy. AI industrial borescopes enable 3D reconstruction and modeling in seconds, precisely assessing defect risks.
AI Acoustic Imager
Handheld Acoustic Imager
AI 3D Borescope
AI 3D Borescope
Customer Case
iFLYTEK AI 3D Borescope Enables Micron-Level Engine Blade Inspection for General Aviation Operator
Application Scenario
During maintenance of a turboprop aircraft, a Beijing-based general aviation enterprise discovered engine blade nicks and cracks. By introducing the iFLYTEK AI 3D Borescope, the operator leveraged 3D point cloud reconstruction to achieve micron-level precision modeling, accurately measuring nick depths. Simultaneously, the system identified 3 hidden blade cracks missed by routine inspections, providing critical telemetry for defect assessment and repair while ensuring flight safety.
iFLYTEK AI Acoustic Imager Secures Aircraft Door Airtightness for Major Airline
Application Scenario
Aircraft door leaks can cause cabin depressurization and hypoxia, posing a critical threat to flight safety, while traditional inspection methods suffer from lengthy execution times and difficult leak localization. To solve this, a major airline deployed the iFLYTEK AI Acoustic Imager for door airtightness testing. The system rapidly pinpointed 9 leak points across 6 commercial aircraft while simultaneously analyzing leak intensity to guide maintenance plans, significantly improving inspection efficiency and precision.
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