3D Computer Tomography/Radioscopy

Consumer information

Automotive
	Failure and Damage Analysis	Materials, Surfaces, Coatings
	Emissions (Car interior Materials)	Joint Technologies
	Car Interior Material Testing: List of methods	Pharmaceutical & Medical Technology
	Automotive Components	Construction materials
	Analysis methods	ESEM
	Fault Simulation, Tests	TOF-SIMS
	Corrosion	3D Computer Tomography/Radioscopy
	Contaminants and Particles	REACH and the Automotive Industry


3D Computer Tomography/Radioscopy

You obtain information about the inner structure of your product, thus guarante- eing 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 tomographic investigation can be carried out on the sample to provide a quantitative spatial record of its entire geometry.

Our range of services:

With the help of a modern microfocus X-ray system, which is equipped with an innovative X-ray detector system in amorphous silicon technology, we produce high-resolution radiograms of materials and components. On this basis we prepare a three-dimensional, computer-tomographic reconstruction of the sample volume.

System specification

225 KeV microfocus x-ray tube

Focal spot less as 10 µm

Flat panel detector with 1024 x 1024 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

3-D Folder


contact:

SGS INSTITUT FRESENIUS GmbH
CTS Automotive
Mr. Dr. Olaf Günnewig
Joseph-von-Fraunhofer-Str. 13
D-44227 Dortmund
t +49 231 9742 - 7303
f +49 231 9742 - 7349

Please send us your inquiry with our contact form.