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Computerised Information Technology Ltd
IntroductionIntroduction
Aircraft safety is key to air worthiness of the flying. CIT's NDT Digital Filmfree Digital Radiography enables a NDT Inspection of majority of airframe, aeroengines, turbine blades, aircraft frame, landing gear to be inspected with radiographic method. This enables the above products to inspected with the reduced doseage that was traditionally required with conventional film radiography. This enables quality to be assessed within budget and more reduced costs then alternative means.


Non Intrusive or NDT Digital Radiographic inspection of aircrafts

* Cost effective method towards evidence based approach for safety assessment
* Fast and efficient process for generation of results
* Digital Radiography inspects
- metals
- non metals
- low density and high density materials.
* Suitabel for inspection of
- Turbine blades
- Air craft wings
- Landing gears
- Box sections
- Composites
- Alloys
- Honeycomb structures

The results are digitally archived for the 25 or 50m years data storage life this also enables aircraft life time quality records to be retrieved during the operational life. Benefits with local or remote worldwide access with the using of the computing technology

Nanoscan ProjectNanoscan Project
European funded project for NDT inspection of aircraft components.
Multi inspections methods such as Digital Radiography, Ultrasonics, eddy currents, laser sheargraphy, visual inspection. 


   



Turbine Blade Inspection with CIT digital radiographyTurbine Blade Inspection with CIT digital radiography
CIT Ultra high resolution digital radiograpohy meets with the challenge of inspection of turbine blades for material defects, wear and tear 


   



Magcast Casting ProjectMagcast Casting Project
 
Further details on the Magcast Project

   



Composite Material InspectionComposite Material Inspection