Recognise thermal variation.
Observe changing conditions and investigate deviations in a defined measurement setup.
EARLIER AWARENESSInfrared spectral thermometry
Born for precision.
Temperature insight for the processes
where every detail matters.
Product & application illustration
The capabilityPrecision, in perspective.
Spectral range
900–1700nm
A near-infrared view of thermal radiation.Spectral resolution
1nm-class
Resolve finer spectral detail.Response time
≤50ms
Observe changing thermal conditions.Temperature resolution
0.01°C
Fine temperature discrimination.**Resolution is not measurement accuracy. Performance depends on the material, optics, measurement conditions and calibration.
Built for your process.Eight ways to see more.
Extraordinary processes.
A clearer thermal view.
From a delicate wafer to a demanding thermal cycle, make temperature part of the engineering conversation.
THE CHALLENGE
Understand thermal variation without contacting a delicate wafer surface.
THE OPPORTUNITY
Observe thermal cycles and support more informed process adjustments.
Application setup: account for surface properties, optical access and reference calibration.
A different view of heat.From radiation to insight.
INFRARED SPECTRAL THERMOMETRY
There is more
in the spectrum.
Thermal radiation carries information across wavelengths. Spectral measurement brings that detail into view, helping you investigate the temperature behaviour of a material.
01
Observe without contactKeep the sensing method off the target surface.
02
Explore programmable wavebandsConfigure the spectral view for the measurement task.
03
Calibrate for the real processRelate the signal to material and setup conditions.
EXPLORE THE SPECTRAL WINDOW
nmSELECTED WAVELENGTH
PROGRAMMABLE WAVEBANDS900—1700 nm
Principle illustration · The curve is conceptual, not measured data or a temperature calculation.
Make the invisible useful.Clarity. For your next decision.
See the change.
Inform the next move.
A clearer thermal view can support better decisions, from early development to repeatable process studies.
Define your measurement taskGive adjustments a reference.
Compare thermal behaviour across trials to support process development and informed tuning.
BETTER-INFORMED DECISIONSWork towards consistency.
Use calibrated observations to study repeatability and investigate sources of process variation.
MORE RIGOROUS MANUFACTURINGResults depend on the process, calibration and integration. No fixed improvement in yield, energy use or cost is implied.
THE PRODUCT FILM03 MINUTES · ENGLISH
Precision has
a new perspective.
CONCEPT APPLICATION VISUALSTake a closer look.Three perspectives. One idea.
Precision. In every frame.
Three visual perspectives on the same idea.
Explore and download the 4K campaign posters.
Product illustrations · Creative application visualisationsDownload the English film
YOUR PROCESS. YOUR MEASUREMENT TASK.
Start with
the right questions.
Define the material, thermal conditions and optical access.
Build a brief for your technical discussion.