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NIR Spectrometers: More Options, Better Performance

NIR Family Spectrometer

Ocean Insight offers NIR spectrometers that meet price and performance criteria at every level. Find the right model for your application.

Explore Our NIR Spectrometers

  NIRQuest+ NanoQuest Flame-NIR+
Key Features:

Enhanced optical bench and aperture design

Higher sensitivity and lower limits of detection (LOD)

Ultra-compact footprint

Wider spectral range than most shortwave IR instruments

Cost effective for integrators

Low power consumption

Replaceable slits

Minimal unit-to-unit variability

Type: InGaAs array (cooled)

FT-IR device w/Michelson interferometer on a MEMS-based chip

InGaAs array (uncooled)
Option(s) Available within this Wavelength Range: 900-2500 nm 1350-2500 nm 970-1700 nm
Optical Resolution (FWHM): ~3.1-7.6 nm 8.0 nm or 16.0 nm 10.0 nm (typical)
Preconfigured Models: 

NIRQuest+1.7 (900-1700 nm w/25 µm slit)

NANOQ-2.5 (1350-2500 nm w/8.0 or 16.0 nm FWHM optical resolution)

FLAME-NIR+ (970-1700 nm w/25 µm slit)

NIRQuest+2.2 (900-2200 nm w/25 µm slit)

NIRQuest+2.5 (900-2500 nm w/25 µm slit)

Custom Configurations: Yes



Moisture content of fruits and grains

Plastics recycling

Chemical concentration measurements

Product authentication

Food characterization

Chemical composition of biological samples

Identification of pharma ingredients

Monitoring of hydrocarbon extraction

Fat content in edible oils

Compatibility with Accessories: Yes

Yes; also available are special 400 µm fiber (included w/purchase) and reflection probe (optional)

Dimensions (mm): 182 x 110 x 47 70 x 50 x 25 89.1 x 63.3 x 31.9
Price:  $$$$ $$ $$$


Download Guide to Modular NIR Spectrometers


Tips & Tricks of NIR Spectroscopy

Here are a few considerations to keep in mind when using a near-infrared spectrometer. NIR spectroscopy is a versatile and valuable technique for a wide range of applications.

  • NIR wavelength range. At Ocean Insight, our NIR spectrometers typically start at 900 nm and extend to 2500 nm. Most folks consider the start of NIR wavelengths as closer to 800 nm, or about where visible wavelengths cut off. If you’re more familiar with wavenumbers, the range is closer to 4000 cm-1 to 14000 cm-1.

  • NIR advantages. What's one of the main reasons to use NIR spectroscopy? Because there’s information about your sample in the NIR that you can’t see in the Visible range. Another big advantage is the depth of penetration that you have into the sample. If you're trying to probe tens of microns into a surface – inside an apple, for example -- or into the structure of a compound or material, NIR is a great technique.

  • Sample preparation. Fortunately, there’s not a lot of sample preparation necessary with NIR spectroscopy. You can use our NIR spectrometers with cuvette holders, flow cells and dip probes for absorbance, or reflectance probes and optical stages for diffuse reflection measurements.

  • NIR applications. Our customers have had success using NIR spectroscopy for chemical identification, plastics identification, soil classification and food and vegetation analysis. With food applications, being able to measure below the surface of that apple skin, for example, can reveal blemishes or decay. Also, NIR can be a useful tool for industrial applications where you're looking at dissolved chemicals in aqueous solutions or even in solvents. Many chemicals have very good, strong absorbance signatures in the NIR, making it relatively simple to calculate concentrations.

  • More NIR applications. Biological samples including human skin and blood lend themselves well to NIR analysis. For example, because of the increased penetration depth of NIR signals, and because you get a nice isosbestic point with hemoglobin, the NIR is a great region for oximetry. Also, NIR enables in situ measurements in drug discovery and other processes. For example, NIR allows you to make measurements where you're able to interface with a solution without interfering with it. 

  • NIR Measurement Tips. With reflection, holding your sample and reference in a very precise and repeatable fashion is critical to making accurate measurements, and is good practice in any sort of reflectance spectroscopy. In addition, you want to get as much light into the detector as possible, to ensure good SNR and mitigate the noise inherent to the detector. We developed the NIRQuest+ spectrometer to help address that issue, with an optical design that achieves lower detection limits and higher throughput.

  • Bundle Up. We offer pre-packaged setups for NIR spectroscopy – spectrometer, light source, sampling accessories and more -- that make selecting a system simpler and more convenient. Or peruse these ready-to-go measurement packages as a starting place to configure an NIR setup appropriate for your application.

Need Help? Contact an Applications Engineer! 

One of the most exciting developments in NIR spectroscopy is its use in commercial processes. NIR is a good tool on which we can discriminate and make decisions about product quality.

Ty Olmstead - Vice President, Engineering and Product Management

Listen to our experts cover topics including the advantages of NIR spectroscopy, applications that benefit from NIR techniques, and where future NIR developments may take us.

Options available

High-sensitivity NIR spectrometers for applications within the 900-1700 nm, 900-2200 nm and 900-2500 nm wavelength ranges

From 14 542,00 €

Options available

NanoQuest MEMS-based Spectral Sensor (1350-2500 nm)

From 5 781,00 €

Options available

Robust preconfigured spectrometer for Shortwave NIR (970-1700nm) measurements

From 6 907,00 €

You might be interested in...

FT-NIR spectroscopy offers a simple tool to identify different types of textiles, with distinct spectral features observed at wavelengths >1350 nm. This approach may be useful for authentication of natural and synthetic consumer textile products.

Read how NIR spectroscopy helps to deliver objective data the food and agriculture industries are using to maximize quality and efficiency.

Learn how spectroscopy can be used in plastics recycling to identify and sort plastics with a high degree of specificity. Integrating spectroscopy into recycling streams can streamline processes by mitigating the need for some sorting steps.

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