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TECHNIC
With destructive and non-destructive testing procedures we ensure our high-quality standard
We use non-destructive testing on the one hand to eliminate components with defects, and on the other hand to ensure the quality of all components in the process.
We can use different methods, such as digital radiography, fluorescent penetrant inspection, ultrasonic inspection or by microscope. For FPI and digital radiography we have NADCAP certification, which stands for the highest quality standards. Our quality department also includes a new laboratory for metallography. Here we examine, among other things, cut ups for production release as well as trials and internal testing. Customer approval for the laboratory is already being planned.
Perfectly trained personnel is essential for our testing. We attach great importance to continuous education and training of our staff in order to always be up to date with the latest technology.
- NADCAP certification for FPI and digital radiography
- Digital radiography for efficient inspection processes
- Ultrasonic, wall thickness measurements and weld seam inspections in the industrial sector
- Various coordinate measuring machines (CMM); Partly with 3D scan measuring equipment
- Fluorescent penetrant inspection (FPI) for non-corrosive components
- Metallography laboratory
Technical features
Digital radiography
160 KV-direct radiation,
Components up to a length of approx. 1,200 mm
FPI
Level 3 fluorescent test medium,
2 stations for components up to a length of 700mm
Ultrasonic
Lamination tests, wall thickness measurements and weld seam tests in the industrial sector
X-ray fluorescence analysis
Test for chemical omposition,
Detection limit at about one microgram per gram
Metallography laboratory
Temperature-controlled measuring room,
Digital microscopy,
Tactile and laser scanning possible,
Examination with electrochemical etching,
CMM with max. table size 3,000 x 1,200 mm
Material / Flexibility
Digital radiography
Steel, copper/nickel (alloys), aluminum (alloys), titanium (alloys), plastics, composites and castings
Ultrasonic
Metals, castings, plastics, rubber, ceramics and composites
FPI
All non-corrosive components, as far as compatibility is given
XRF
Wide element spectrum from Mg to U identifiable
Metallography laboratory
No restrictions
References
GE
Aviation
MTU
Aero Engines
GKN
Aerospace