Which NIR Spectroscopy Wavelength Range Should I Choose: 900–1700 nm, 900–2200 nm, or 900–2500 nm?

900–1700 nm: Ideal for moisture and organic overtone bands; offers lower cost and reduced complexity, making it suitable for routine food quality testing and moisture analysis in agriculture. 900–2200 nm: Provides additional chemical specificity through more combination bands; excellent for pharmaceutical analysis or distinguishing between similar polymers in recycling operations. 900–2500 nm: Delivers the broadest coverage for maximum compound identification and robust model development, valuable for biotechnology, medical diagnostics, and advanced industrial applications. Choosing the right wavelength range depends on your specific application, desired chemical specificity, and budget.

United States: +1-727-733-2447

The Netherlands: +31-26-319-0500

Germany: +49-711-3416960

Distributor Login

NIR Spectrometers

Q: What Industries Use NIR Spectrometers?

Industries that use NIR spectrometers include: Pharmaceuticals & Biotechnology (identify counterfeit drugs, measure active ingredient concentration, monitor fermentation processes); Food & Agriculture (assess protein in grains, measure fat in dairy, check moisture in produce); Environment & Sustainability (detect environmental contaminants, support sustainable resource management); Semiconductor & Polymers (verify polymer identity, monitor semiconductor wafer quality, support material sorting for recycling).

Q: How Do I Select the Right NIR Spectrometer for My Application?

To find your best-fit NIR spectrometer, contact application specialists for personalized guidance or use an Ocean Optics spectrometer selector to compare models and capabilities. For more details, review NIR spectrometer resources such as Operating Instructions & Manuals, Product Sheets, Mechanical Drawings, and Application Notes.

Leverage Ocean spectrometers for NIR measurements, tapping into a feature-rich spectral response to gain insights into subsurface sample characteristics.

Request a Quote

High Sensitivity and Low Noise

Ocean NR Series spectrometers are engineered for high-performance spectral analysis, delivering exceptional precision and reliability. Designed to excel in complex and low-light environments, NR spectrometers offer optical resolution as fine as 2.85 nm FWHM for detailed peak discrimination.

Thermoelectric cooling ensures thermal stability and consistent results, while High Gain configurations enhance sensitivity to detect even the faintest signals. Whether you’re analyzing low-concentration samples or working in challenging conditions, NR spectrometers provide the clarity and confidence you need.

Chemical Analysis

Real-Time Monitoring

Early Detection

Ocean NR Spectrometers

Ocean NR Documents

Manual

Drawing

Step File

Product Sheet

Comms Protocol

Specifications:	NR 1.7	NR 1.7 HG	NR 2.2	NR 2.2 HG	NR 2.5
Slit Options	Standard: 25 μm Custom: 10, 50,100, 200 μm Note: Item-XX=Slit Size
Wavelength Range	900 – 1700 nm		900 – 2200 nm		900 – 2500 nm
Optical resolution (FWHM)	2.7 – 13.03 nm		3.12 – 18.96 nm		4.21 – 29.59 nm
Grating Groove Density (lines/mm)	150		95		78
Grating Blaze Wavelength	1,100		1,300
SNR (single scan @ 10 ms)	10,000:1	2,800:1	9,700:1	2,788:1	7,200:1
Dynamic Range (Single Scan)	21,000:1	12,000:1	17,510:1	10,323:1	14,452:1
Dark noise (@minimum integration time)	3.1	5.5	3.3	5.7	4.3
Corrected Linearity (10-90%)	99.80%	99.60%	99.90%	99.50%	99.80%
Connectors	16 pin Samtec TFM, RS-232, SMA 905 (input fiber), USB Type-C
Physical dimensions	182.25 x 109.19 x 46.45 mm
Weight	1.17 kg
Temperature (operation)	10 °C – 35 °C
Temperature (storage)	-30 °C – 70 °C
Scan Rate	275Hz		242Hz
Best for	Pharmaceuticals, Biotechnology and Medical Food and Agriculture Environment and Sustainability Semiconductor and Energy Materials Download PDF: “Beyond Silicon: Quality Control in the Perovskite Solar Revolution”		Pharmaceuticals, Biotechnology and Medical Food and Agriculture Environment and Sustainability Semiconductor and Energy Materials Download PDF: “NIR Spectroscopy for Managing Water Content in the Pharmaceutical Industry”		Pharmaceuticals, Biotechnology and Medical Food and Agriculture Environment and Sustainability Semiconductor and Energy Materials

Frequently Asked Questions

What is Near-Infrared (NIR) Spectroscopy and what is it used for?

Near-infrared (NIR) spectroscopy is an advanced analytical technique that measures light in the 900–2500 nm range.

NIR spectrometers are used for rapid, non-destructive analysis of chemical and physical properties such as moisture content, fat and protein levels, polymer identification, and overall material composition.

NIR analysis is widely used across industries for quality control, process monitoring, and material verification.

Which NIR spectroscopy wavelength range should I choose?

900–1700 nm: Ideal for moisture and organic overtone bands; offers lower cost and reduced complexity, making it suitable for routine food quality testing and moisture analysis in agriculture.
900–2200 nm: Provides additional chemical specificity through more combination bands; excellent for pharmaceutical analysis or distinguishing between similar polymers in recycling operations.
900–2500 nm: Delivers the broadest coverage for maximum compound identification and robust model development, valuable for biotechnology, medical diagnostics, and advanced industrial applications.

Choosing the right wavelength range depends on your specific application, desired chemical specificity, and budget.

What industries use NIR spectrometers?

Pharmaceuticals & Biotechnology: Identify counterfeit drugs, measure active ingredient concentration, and monitor fermentation processes.
Food & Agriculture: Assess protein in grains, measure fat in dairy, or check moisture in produce to ensure consistent food quality.
Environment & Sustainability: Detect environmental contaminants and support sustainable resource management.
Semiconductor & Polymers: Verify polymer identity, monitor semiconductor wafer quality, and support material sorting for recycling.

How do I select the right NIR spectrometer for my application?

To find your best-fit NIR spectrometer, Contact our application specialists for personalized guidance or use our Ocean Optics spectrometer selector to compare models and capabilities.

For more details, check out our NIR Spectrometers Resources including Operating Instructions & Manuals, Product Sheets, Mechanical Drawings and Applications Notes.