3D-COMPUTER TOMOGRAPHIE

3D-COMPUTER TOMOGRAPHIE provides the following benefits:

• You obtain information about the inner structure of your product, thus guaranteed more transparency.
• Almost all types of three-dimensional faults can be detected without damaging the valuable samples.
• Different magnifications and a wide choice of X-ray energies allow the investigation of many different materials and geometries.
• The relatively high speed of radioscopy allows series of samples to be investigated at an acceptable cost.
• Radioscopy facilitates and simplifies any destructive analyses that may be necessary.
• Documentation of imaging data in conventional formats (TIFF, GIF, JPEG, etc.), so that you can integrate this into your presentations.
• A 3D homographic investigation can be carried out on the sample to provide a quantitative spatial record of its entire geometry.

System specification:

• 225 KeV microfocus x-ray tube
• Focal spot less as 10 µm
• Flat panel detector with 1024x1024 pixels and 0.4 mm pitch
• Sample size: 10x10x10 mm3 to 250x250x250 mm3
• Resolution less as 5 µm
• 3D tomography

Thematic focuses Non-destructive testing of:

• Diesel soot filters/catalytic converters
• Electronic PCBs and BGA soldering points/bond wires
• Cast modules
• Ceramics
• Light metal cast parts
• Injection moulded plastics
• Microstructures

Typical industries:

• Automotive
• Light metal casting
• Electrical engineering/electronics
• Microstructure technology
• Medical technology
• Mechanical engineering
• Building materials/building industry