Determination of mechanical properties.
i3D WLI
- High-precision optical 3D measurement of surfaces.
- Determination of Stress-strain curves and mechanical properties from hardness indentations using an indentation method.
Determine mechanical parameters and Stress-strain curves.
Our compact device for the determination of stress-strain curves, ultimate tensile strength, 0.2% offset yield strength and ductility according to DIN SPEC 4864.
3D measurements for highest
precision.
Simple usability
through optimised UX.
Fully automated in 30-90
seconds.
Compact design.
The i3D testing software.
Full control and easy measuring points operation can be set individually or by grid*. The test sequence is fully automatic with continuous progress display.
The archiving of the results and creation of test reports are generated automatically. In addition, the stress-strain curves can be exported with the respective location coordinates. Furthermore, the anisotropy of the material can be visualised in addition to the output of the mechanical parameters hardness, ultimate tensile strength and 0.2% offset yield strength.
Fast and precise measurement.
The indentation method uses modern algorithms and FEM simulations to determine the local material properties. To determine the properties, a test indentation is generated in a force-controlled manner. An electronic force control is used for this. This is then measured with the aid of a white light interferometer. An efficient mechanism ensures a quick measurement process.
