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Laser Line Probe LLP

Laser distance sensor according to the triangulation principle

Benefits

With the LLP laser line sensor, a laser line (light section) is projected onto the surface of the measuring object and evaluated accordingly using a triangulation process. This non-contact measurement sensor also allows fast measurement of large workpieces with coarser tolerances. The application is therefore largely focused on housing and cover parts with free-form surfaces, which are primarily designed according to aesthetic considerations.

Please accept "Other" in the settings to watch this video. Other benefits

Determination of topography with high point density
Automatic intensity control and intelligent software enable convenient and reliable measurement of a wide range of surfaces
High measuring frequencies even on glossy and highly absorbent surfaces
The LLP can be rotated and tilted in conjunction with the PH10M and can be exchanged for other sensors

Technical Data

Optical-axial (triangulation)

Permissible probing error up to 50 µm

The laser beam generated by a laser diode a) is expanded into a line, projected onto the workpiece b) and the reflected beam is imaged onto the matrix camera d) using imaging optics c). The measurement points on the workpiece surface are determined from its position.