LTcam
Scanning laser thermography for large-area crack inspection
Inspect large areas quickly and without contact. LTcam uses the flying-spot method, where a laser line scans across the component surface. The infrared camera monitors the heat flow before and after the moving excitation zone. Cracks, delaminations and other defects disturb the lateral heat flow and are visualized through software-based evaluation.
The system is particularly suitable for large or complex-shaped components and enables automated, non-contact inspection with high spatial resolution. Typical applications include crack inspection on turbine blades, welds and difficult-to-access components as well as inspection of metallic and non-metallic materials.
Product highlights
Technical information
| Inspection method: | Scanning laser thermography |
| Excitation: | Moving laser line / flying-spot method |
| Laser power: | Up to 200 W |
| Laser class: | Class 4 |
| Laser line length: | Adjustable from 30 to 90 mm |
| Working distance: | 150 to 1500 mm |
| Laser optics: | Customized |
| Beam profile: | Homogeneous laser line |
| Detection: | High-resolution infrared sensor |
| Camera optics: | Various focal lengths available |
| VIS camera: | Wide-angle camera for overview and area selection |
| Software: | DisplayImg LTcam |
| Software functions: | Project management, automated stitching, VIS/IR support and system control |
Accessories
