Thanks to the automatic exposure time control and the small laser spot of the OM70 laser point, the robot can be positioned very precisely, for example to install small screws.
The checking of the tire geometry, i. e. measurement of the radial and lateral unbalance, as well as inspection of the sidewalls for dents, constrictions, dents etc. takes place at the end of the manufacturing process.
The OM70 laser line sensors reliably check compliance with the tolerances of the sheet thickness of brushed metal and at the same time perform a double sheet check to prevent machine damage and loss of production.
In timber processing, the OM70 laser line sensor checks the dimensional accuracy of glued laminated timber in order to ensure the required structural loadcarrying capacity of the beam.
The wide laser line of the OM70 multi-spot allows form control through precise measuring results on shiny metal parts such as automobile parts.
The OM70 multi-spot allows optimum quality control with shiny aluminum rims. The smooth running of the wheels is checked by measuring the rim profile.
Precise measurements on small objects thanks to focused laser spot < 0.4 mm.
Stable measurements on rough or colour structured surfaces thanks to a fine laser line < 10 mm.
Stable measurements with over 600 measured values on inhomogeneous glossy or very rough surfaces by means of an extra wide laser line < 72 mm.
In the case of distance measurement, the sensor is ready to use immediately and gives the distance from the sensor to the object. The measured value can, for example, be used for the precise positioning of objects or for controlling a system. Optionally, a digital output can be parameterized.
If, for example, the dimensional accuracy of objects needs to be checked, a direct tolerance measurement and thus the deviation from the target measurement can be determined directly by teaching a reference.
The noise of the output signal can be reduced by activating filtering, thus increasing the resolution.
The measuring range can be adjusted by the user within the maximum measuring range with the teach-in button, the teach-in line or through the display.
A switching output should switch as soon as a defined measured value exceeds or falls below the set level. For a reliable switching signal, the hysteresis (difference between the switching point and the return switching point) can be parameterized in millimeters in absolute terms. The safe operation of your system is guaranteed, regardless of the position of the object in the field of view.