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  • Blade preparation robot for assembling low-pressure compressors, with Deep Learning functions
  • Blade preparation robot for assembling low-pressure compressors, with Deep Learning functions
  • Blade preparation robot for assembling low-pressure compressors, with Deep Learning functions
  • Blade preparation robot for assembling low-pressure compressors, with Deep Learning functions
  • Preparing LEAP's fan blades:3D woven RTM composites befor control ultrason
  • Ultrasons control of LEAP's fan blades:3D woven RTM composites
  • Ultrasons control of LEAP's fan blades:3D woven RTM composites
  • Production unit of the LEAP's fan blades:3D woven RTM composites
  • LEAP's fan blades:3D woven RTM composites
  • Inspection LEAP's fan blades:3D woven RTM composites
  • LEAP's fan blades:3D woven RTM composites
  • Thermography induction cell
  • Thermography induction cell
  • Thermography induction cell
  • TiAi low pressure turbine blade (Safran Aircraft Engines)
  • Repair of OGV (Outlet Guide Vane)
  • Tomography of LEAP-1A blade
  • Tomography of LEAP-1A blade
  • Preparation of LEAP-1A fan blade before sticking leading edge
  • Tomography of LEAP-1A blade
  • Preparation of LEAP-1A fan blade before sticking leading edge
  • Tomography of LEAP-1A blade
  • Tomography of LEAP-1A blade
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • LEAP-1A: chosen to power the Airbus A320neo
  • Quality control of LEAP fan blade - Commercy
  • Coordinate-measuring machine (CMM)
  • Coordinate-measuring machine (CMM)
  • LEAP's fan blades:3D woven RTM composites
  • Non-destructive testing of a fan blade composite woven 3D rtm
  • Demoulding of the blade composite after resin injection
  • Installation of leading edge titanium fan blade on a 3D woven composite rtm
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