Mechanical and dimensional measurements
Putting metrology at the service of quality
Study of the different types of sensors for non-contact and contact dimensional measurements, acoustic, vibration and optical measurements, and explanation of standards
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Mechanical and dimensional measurement has undergone a remarkable evolution thanks to technological advances, playing a crucial role in various industrial and scientific sectors. Today's challenges focus on the accuracy, reliability and versatility of measuring instruments, as well as their ability to operate in a variety of environmental conditions while minimizing external disturbances. Techniques such as optical and photonic metrology enable non-contact measurements with unprecedented precision, while metrology using imaging and microscopy explores structures on the nanometric scale. At the same time, vibration and sound analysis, three-dimensional object characterization and surface condition assessment have become essential elements in product design, industrial maintenance and scientific research, with constant advances aimed at improving the sensitivity of sensors and the precision of analysis methods.
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Displacement measurement
Force measurement
Angle measurement
Radiometry, colorimetry
Interferometry and polarimetric metrology
Microscopy
Imaging
Design, specification, organization
Contact measurement
Non-contact measurement
Deformation measurement
Angles, threads and gears
Form and position
Three-dimensional measurements
Surface finish