Why CT in aerospace? Reduce quality risks on the most critical parts
In aerospace, a faulty part is never an option. CT detects defects earlier, helps you better understand failures and secures the most critical components throughout their development and production cycle.
- Secure critical parts with a complete view of internal structures, without cutting or destroying the part.
- Limit destructive testing by accessing internal geometries, cooling channels, lattice structures or complex assemblies without altering the sample.
- Detect defects before entry into service by identifying porosity, cracks, inclusions, delamination and assembly defects that an external inspection can’t reveal.
- Qualify new manufacturing processes by validating additively manufactured parts, composite materials or complex geometries before industrialization.
- Speed up failure analysis through precise localization of defects within the part’s volume and observation of root causes without disassembly.
- Improve compliance and traceability by automatically comparing a part to its CAD model and generating data usable for audits, qualifications and certification files.
- Make simulation models more reliable with real 3D data capturing porosity, cracks, internal geometries and material characteristics.
Unlike destructive methods or partial inspections, CT provides a complete view of the part and lets you make decisions faster, even on the most complex or costly components.