Not every measurement task starts with a clearly defined measurement technology or a specific measurement system. Often, only the physical or derived quantity to be measured is known.
The entry via measurement tasks guides you directly to suitable measurement principles and optical metrology solutions – from fundamental physical quantities to complex material and object characteristics. Select your measurement task to discover appropriate solution approaches.
Mechanical & Structural
Strain
by optical fiber
Contact-based strain sensing via optical fibers, single-point or distributed along the fiber, immune to electromagnetic interference and harsh environments.
by optical fiber
Contact-based strain sensing via optical fibers, single-point or distributed along the fiber, immune to electromagnetic interference and harsh environments.
by digital image correlation
Optical stereo camera based 3D measurement, for dynamic/high speed applications, regardless of the shape, temperature and size, form high speed applications, for motion and deformation analysis, material characterization and component testing
by digital image correlation
Optical stereo camera based 3D measurement, for dynamic/high speed applications, regardless of the shape, temperature and size, form high speed applications, for motion and deformation analysis, material characterization and component testing
Deformation
by digital image correlation
Optical stereo camera based 3D measurement, for dynamic/high speed applications, regardless of the shape, temperature and size, for motion and deformation analysis, material characterization and component testing
by optical fiber
Contact-based displacement sensing via optical fibers, single-point or distributed along the fiber, immune to electromagnetic interference and harsh environments.
Pressure
by optical fiber
Contact-based pressure sensing via optical fiber, excellent repeatability and reliability for industrial applications, immune to electromagnetic interference and harsh environments, suitable for underwater use
Accleleration
by optical fiber
contact-based, reliable, immune to electromagnetic interference and harsh environments, for acceleration and vibration measurement
Geometry & Dimensional
Layer & material thickness
by photothermal technology
Contactless for all kinds of material, from transparent to intransparent layers, for inline, atline and lab use, with small measuring head for measuring points that are difficult to access
by terahertz technology
Contactless, non-destructive measurements in realtime for industrial applications, with an accuracy of up to one micrometer on up to five different layers
Material homogeneity
by terahertz technology
Contactless, non-destructive measurements in realtime for industrial applications, with an accuracy of up to one micrometer on up to five different layers
Liquid level
by optical fiber
Contact-based level sensing via optical fiber, "Plug & Forget", maintenance-free for decades of continuous operation, high long-term precision, no drift over time, ±1 mm measurement accuracy, remote operation, suitable for hazardous environments, ATEX compliant
Deformation
by digital image correlation
Optical stereo camera based 3D measurement, for dynamic/high speed applications, regardless of the shape, temperature and size, for motion and deformation analysis, material characterization and component testing
by optical fiber
Contact-based displacement sensing via optical fibers, single-point or distributed along the fiber, immune to electromagnetic interference and harsh environments.
Temperature & Thermography
Measurement technology
by optical fiber
Contact-based temperature sensing via optical fibers, single-point or distributed along the fiber, immune to electromagnetic interference and harsh environments.
by IR-/ thermography camera
Non-contact optical temperature measurement by camera, real-time thermal imaging, suitable for moving, large, hot or inaccessible objects
Reference & calibration
by blackbody radiation sources
Highly precise thermal reference sources for calibration and development of IR sensors and thermal imaging systems.
Material & Electrical
Semiconductor sheet resistance
by four-point-probes
Sheet resistance measuring and mapping in photovoltaik & wafer production, tactile and very reliable measuring method
Material thickness & homogeneity
by terahertz technology
Contactless, non-destructive measurements in realtime for industrial applications, with an accuracy of up to one micrometer on up to five different layers
Optical & Spectral
UV-VIS-IR radiation measurement technology
by high-end radiometer
Through bandpass filters for spectral information or in open wavelength ranges by a single or several parallel optical channels for simultaneous spectral measurements
by UV handheld radiometer
Radiation measurement, power measurement, automatic fiber optic detection, ideal for UV curing systems
by spectroradiometer
Spectral signatures measurement of objects from distances between a few meters to tens of kilometers spectrally or radiometrically
by IR-/ thermography camera
Non-contact optical temperature measurement by camera, real-time thermal imaging, suitable for moving, large, hot or inaccessible objects
IR reference & calibration
by blackbody radiation sources
Highly precise thermal reference sources for calibration and development of IR sensors and thermal imaging systems.
Optical Fiber Properties
Transmission & Attenuation
by Vector analyzers & precision reflectometers
Locate and measure reflection and attenuation events with maximum accuracy and characterize passive optical components such as Bragg gratings, DWDM filters, dispersion compensators, ROADMs, etc.
Modal & polarization properties
by Polarization
Scrambler and polarization controller to avoid polarization-dependent losses or polarization dependence of gain in EDFAs
Gas Detection & Identification
Gas detection of methane / VOCs
by OGI camera
Optical gas imaging by IR camera with the use of a unique spectral filtering method, reliable detection, compliant to new EU regulation, flexible solutions (fixed installation, handheld camera, fpv drone), for operators of oil, gas and coal infrastructure
Talk to our experts
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