Creaform Engineering update on the COVID-19 health crisis and our continued business operations
Aerospace2020-01-27T17:06:06-05:00

AEROSPACE

Aerospace is one of the most demanding industries of all. When there are lives at stake, quality cannot be left to chance. Backed by a strong reputation for accuracy and reliability, Creaform has been working with leading aeronautics companies, such as Boeing, Pratt & Whitney, GE Aviation, Rolls Royce and CAE for years.

We are a high-performance and trustworthy aeronautics provider of engineering services that can be used for many applications, including quality control/inspection, aerodynamics/stress analysis, FEM, OEM and legacy part reengineering, reverse engineering (assembly/MRO, gas turbines, engine bays, nacelles, cockpits), MRO and damage assessment, prototypes, tooling and mold adjustment, and design and engineering of aircraft components.

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OUR EXPERTISES IN AEROSPACE

DESIGN

We provide a variety of design services for the aerospace industry, including:

  • Aircraft components and assembly
  • Fabrication tooling and inspection jigs
  • Advanced surface modeling “Class A”;
  • Complex part nomenclature and methods
  • Integration of Creaform resources into project teams
  • Business jet interiors and furniture
  • Material and process; flammability coupons
  • Aircraft and space-bound part design in any major CAD software
  • Prototyping and design reviews

ENGINEERING

Whether you retrofit aircraft with new Creaform’s engineering services can give you the edge you need for all your aerospace projects:

  • Retrofitting aircraft interiors
  • Mechanical systems
  • 3D models from 2D drawings
  • Retrofitting flight simulator layouts and
  • Reverse engineering
  • Instrumentation schematics

SIMULATION

Entrust your aerospace engineering projects with our simulation team for:

  • Structural simulation (FEA)
  • Computational fluid dynamics (CFD)
  • Explicit solving (drop tests, crash tests, high-velocity impacts, bird strike simulation)
  • Mechanical fatigue and life prediction analysis
  • Finite Element Method (FEM)
  • Dynamic analysis (random vibration, frequency response)
  • Non-linear (static, transient, inertial)

OUR PROJECTS

We’ve been involved in projects of all sizes with major players in the aerospace industry.

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