Complex internal geometry
See turbine parts, housings, nozzles and structural assemblies without sectioning the component.
Aerospace industry
Custom requirements. Engineered solution.
See Deeper. Validate Earlier. Fly with Confidence.
From propulsion systems to avionics and structural assemblies, MQS engineers X-ray and CT solutions around the part, the defect, the material and the workflow.
Talk to an ExpertIndustry overview
Critical Parts. Invisible Risks. Clear Answers.
Aerospace platforms operate under demanding performance and safety requirements. Porosity, cracks, inclusions, bond failures and dimensional deviations can remain hidden while still affecting reliability.
MQS supports aerospace applications with High-Energy X-ray and CT systems, MQX.NeVa industrial CT, MQX.NeVa-M microfocus CT and MQX.drIS cabinet-based digital radiography. The right configuration follows the component size, material, wall thickness, defect target and inspection workflow.
What aerospace teams need
Inspection evidence that keeps pace with the programme.
One inspection strategy may need to support research, qualification, investigation and routine production QA.
Small defects, found early
Identify cracks, porosity clusters, inclusions and bond issues before they become larger quality problems.
Different thicknesses
Move from fine electronics and compact components to dense, thick-section assemblies.
Multi-material structures
Evaluate bonded interfaces, layered materials and reinforcement without cutting the part.
Development to production
Support R&D, qualification, failure analysis and repeatable production QA with one inspection strategy.
Traceable evidence
Create repeatable results, image archives and reports that support technical review and audits.
Why MQS
Built Around the Mission. Not Around a Catalogue.
Aerospace programmes need more than a machine specification. MQS starts with the component and inspection objective, then selects a proven platform and configures only what the application requires.
Source, detector, manipulation, shielding, automation, software and reporting are engineered as one inspection workflow.
Inspection concerns
See the defects that matter.
Porosity & voids
Reveal internal cavities, clusters and density variation.
Cracks & discontinuities
Identify structural breaks and hidden discontinuities.
Inclusions
Detect foreign material and internal anomalies.
Bond & interface issues
Evaluate bonded interfaces and layered structures.
Misalignment
Check the position and relationship of internal features.
Internal geometry
Use CT when layer separation, geometry review or metrology is required.
Application engineering
Your Component Defines the Solution.
The inspection system should follow the engineering problem—not force the problem into a fixed machine.
Part
Geometry, material and thickness
Inspection goal
Defect type, resolution and evidence needed
Imaging chain
Source, detector and CT or DR configuration
Handling & software
Manipulator, automation, analysis and reporting
Engineered system
A proven platform or configured solution
Product highlights
One aircraft. Multiple inspection decisions.
Select a labelled inspection area to see how MQS maps the component and risk to the right imaging workflow.
A · Propulsion
Engine and propulsion components
Turbine parts, housings and dense propulsion assemblies inspected for cracks, porosity, inclusions and internal geometry.
Application coverage
One programme. Many inspection challenges.
Fixed-wing aircraft
Engine and propulsion components, wing structures, fuselage frames, landing gear, control surfaces and tail sections.
MQX.NeVa-M · MQX.NeVa · MQX.drIS
Fighter aircraft
Nose cones, avionics, wing-root structures, dense propulsion components, mounted assemblies and rear structures.
High-Energy X-ray & CT · MQX.NeVa · MQX.drIS
Rotorcraft
Avionics assemblies, rotor hubs, gearbox housings, powertrain components and tail structural sections.
High-Energy X-ray & CT · MQX.NeVa · MQX.NeVa-M
Rockets
Payload fairings, interstage joints, motor casings, propellant sections and dense propulsion nozzles.
High-Energy X-ray & CT
Safe, traceable inspection
Evidence designed for technical review.
Radiation safety
AERB-aligned safety architecture for shielded inspection systems.
Inspection standards
ASTM-aligned workflows where applicable to the component and inspection objective.
Traceability
Inspection records and reporting that support customer review and audits.
Resources
Technical details for your review.
Move from an application to the relevant platform information, or share the component with our engineering team.
PDF brochureHigh-Energy X-ray & CTDeep-penetration inspection systemsPDF brochureMQX.NeVaIndustrial computed tomographyPDF brochureMQX.NeVa-MMicrofocus CT and fine-detail inspectionPDF brochureMQX.drISCabinet-based digital radiographyPDF brochureShell & ammunition inspectionApplication-focused inspection solutions
Bring us the inspection challenge.
Share the component size, material, thickness, defect target and inspection workflow.