|
Edward Lowton
Editor |
|
| Home> | Production Engineering | >Quality and tolerance testing | >Optical micrometers for pulley inspection |
ARTICLE
Optical micrometers for pulley inspection
25 January 2013
Optical laser-based sensors from Micro-Epsilon are reported to be playing a vital role in inspecting the quality of manufactured pulleys. The high speed and high resolution of the sensor enables the tip diameter of the
Optical laser-based sensors from
Micro-Epsilon are reported to be
playing a vital role in inspecting the
quality of manufactured pulleys. The
high speed and high resolution of
the sensor enables the tip diameter of
the pulleys to be measured accurately
and rapidly in two planes.
Measurement technology service provider QS-Grimm has developed special purpose testing stations for the application, comprising four optoCONTROL 2500 optical micrometers from Micro-Epsilon.
Two sensors each record the tip diameter on a plane to the left and right of the pulley. Due to their ability to rapidly evaluate the measurement data in one plane, the diameter of the tip can be determined accurately to a resolution of 0.1µm.
Measurement technology service provider QS-Grimm has developed special purpose testing stations for the application, comprising four optoCONTROL 2500 optical micrometers from Micro-Epsilon.
Two sensors each record the tip diameter on a plane to the left and right of the pulley. Due to their ability to rapidly evaluate the measurement data in one plane, the diameter of the tip can be determined accurately to a resolution of 0.1µm.
MORE FROM THIS COMPANY
- Thermal imaging camera for glass
- Cutting solution
- High resolution camera
- BASF Leuna chooses colorSENSOR CFO200
- Eddy current system
- Dimensionics chooses Micro-Epsilon laser profile scanners
- Mahle Engine Systems chooses thicknessGAUGE
- Sensors put to the test
- Micro-Epsilon extends confocalDT IFC 241x range
- 3D measurement data from a single source
OTHER ARTICLES IN THIS SECTION
