Measurement Systems

NLIR’s spectrometers, interfaces, and light sources can be combined into complete systems for transmission and reflection measurements. Explore our standard setups or contact us to discuss your specific application.
EXPERIENCE
Speed

Achieve unmatched acquisition rates across a wide optical bandwidth capturing every detail.

TRANSFORM
Workflows
Optimize your processes with real-time measurements, ensuring data is captured exactly when it matters the most.
INNOVATE
Future

Experience the future of MIR-spectroscopy with unparalleled performance and transformative insights at your fingertips.

See our products

Experience the fastest and most sensitive mid-infrared sensing solutions in the market.

Products

NLIR Reflection Measurement System

REFLECTION

Measurement system for optical reflection measurements.
More information
NLIR Transmission Measurement System

TRANSMISSION

Measurement system for optical transmission measurements.
More information

EXPERIENCE OUR BREAKTHROUGH TECHNOLOGY

The NLIR spectrometer measures spectra in only milliseconds. The integration time can vary from 100s of ms down to 11 µs depending on the need. The external trigger can be used to capture data at the right time in order to optimize monitoring speed. 

NLIR’s spectrometers use detector arrays with 2048 pixels, so the resolution can be as low as 2.5 cm⁻¹ in a wide optical bandwidth. 

NLIR’s spectrometers are so fast because they use an array detector that can read out data with 400 Hz and even up to 130 kHz. 

The NLIR Spectrometers are based on a novel measurement technology that upconverts the MIR light to near-visible light. The near-visible light can then be detected by silicon-based CMOS detector arrays.
Measuring-IR-batch-coatings-with-NLIR-spectrometer

Sense It!

Add you details below to request our white paper on the fastest and most sensitive mid-infrared spectroscopy measurement equipment out there.

Benefits of NLIR Fiber-Coupled Mid-Infrared Spectrometers

Application Areas

Do you have any questions?

Our dedicated spectroscopy and light detection experts is here to help.

Contact NLIR's optical engineers team