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Terahertz
A new era in material characterization of multilayer materials
Multilayer measurement & variety of materials
- Up to five levels with one measurement
- Individual determination of the thickness of the layers
- A variety of materials can be measured
Effective and Efficient
- Non-contact measurement (50 - 100 mm measuring distance)
- Highly precise measurement down to 0.1 µm
- Fast (<1 sec per measurement point)
- Process reliable
Fully automated check
- Measurement is fully automatic thanks to robots
- Easy integration into existing production lines
Free choice of shape of the test object
- Testing of different geometries possible
- Independent of size
Easy integration
- Measurement from one side allows easy component handling
- Fully automatic alignment of the robot
Turnkey solution
- In line unit
- Offline unit
- Separate measurement technology including integration
- Flexible and requirement-based installation in your production line
Safety at the top
- Terahertz waves are harmless to humans
- No need for additional protective measures due to the radiation
Application examples
High-precision material characterization - tailor-made for your project
The possible uses of Terahertz are as diverse as its advantages. The automotive industry alone provides numerous options for testing, many of which overlap with other sectors. Possible application examples include:
Layer thickness measurement of paintwork on plastic and metal
Layer structure testing of molded parts such as dashboards
Fault detection in plastic parts
Testing coatings on ceramics
Thickness of coatings on fiber reinforced plastics
Multilayer Barriers & Substrate Thickness
Conductivity and layer thickness of coatings on fuel cells/batteries
& many more use cases