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Anywhere the internal structure matters, X-ray and CT technology may serve as an efficient tool to provide valuable information. Detailed capture and measurement of internal features is often vital for quality control, failure analysis and material research across markets.
Computed Tomograpy is applicable for
- Fault detection and failure analysis
- Assembly inspection of complex mechanisms
- Dimensional measurement of internal components
- Part to CAD comparison
- Advanced material research
- Analysis of the biological structures
- Digital archiving of models
Wide range of uses
- Automotive
- Electrical connectors
- Injection nozzles
- Sensors e.g. Lambda sensor
- Translucent light pipes that bring LED light to the dashboard
- Small high-pressure die casting parts e.g. turbo compressor
- Larger castings such as engine
- Aerospace
- Turbine blade inspection
- Positioning of cores in wax for turbine blades
- Crack analysis in components
- Plastic injection molding
- Complex plastic components (e.g. Fans)
- Soft, translucent materials where tactile or optical is no option
- Ultra-sonic welding of plastic parts
- Pharmaceutical/medical
- Dispensers for correct dosing of medicines
- Small instruments
- Small plastic or composite parts
- Bone structures
- Research
- Material test and analysis (structure, porosity, defects, etc)
- Paleontology (bones, sculls, fossils) and soils
Find out how CT can be used for your application
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Industrial X-ray and Computed Tomography
Latest news
24/06/2009
Today, 24 June 2009, NIKON CORPORATION has launched its cash tender offer to acquire all outstanding Shares and Warrants of Metris
03/06/2009
NIKON CORPORATION files its intention to launch a cash tender offer to acquire all outstanding shares and warrants of Metris
28/05/2009
Metris XT H 450 LC high-power micro-focus computed tomography system brings crystal clear inspection of turbine blades and dense parts
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