MICRO-EPSILON Messtechnik GmbH & Co. KG
05.11.2024 00:11
These must maintain a specified thickness of around 180 µm in order to be used as a good part for further processing.
Six capacitive sensors therefore measure the blanks on a conveyor belt. Two sensors are always arranged opposite each other so that a total of three thickness tracks can be evaluated. A multi-channel controller with integrated calculation directly determines the precise thickness signal, which is used to evaluate the parts as OK/NOK. In addition, the respective distance signal is also output and evaluated with regard to surface quality or possible unevenness.
The solution with capacitive sensors has the advantage of precise and stable thickness measurements. Compared to optical systems, capacitive sensors are much more accurate. the capaNCDT 6200 multi-channel system with integrated calculation option can also be used to output both the distance and the thickness signal.
20.11.2024 01:05
Confocal sensors: 5 convincing advantages
Suitable for confined installat...
15.11.2024 02:10
Inline thickness measurement with increased performance07.11.2024 01:05
Customized precision: The optoNCDT 1900 from Micro-EpsilonLaser sensors can be used to determine displacement, distance and position dynamically and precis...
26.10.2024 01:05
Increased performance for scanCONTROL laser scannersThe performance of the scanCONTROL 3000 laser scanners has been increased: improved algorithms an...
15.10.2024 01:00
interferoMETER: High-performance sensors for special requirementsThree new sensors in the interferoMETER IMP-DS series are designed for high-precision distance me...
10.10.2024 01:05
Robust laser distance sensors for outdoor useThe new optoNCDT ILR1171-125 laser distance sensor is used for distance measurements up to 270 m...