A near infrared spectrometer (also known as NIR spectrometer) is an analytical instrument used to examine pharmaceutical, chemical or medical materials in bulk, with very little sample preparation. Near infrared spectrometers offer spectral wavelength ranges around 12,500 to 4000 cm-1 or more. NIR spectrometers use high precision diode array detectors and silicon or lead-sulfide CCDs, which are generally more sensitive. Because of the diverse range of applications for NIR spectroscopy, these NIR spectrometers can be reconfigured to accommodate both liquid and solid samples, including compatibility with many flow-cell types for assay analysis. Ease of use, multiple-sample capacity, and portability make these high-throughput, near infrared spectrometers perfect for many laboratory environments.
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ABB Analytical
- •ZnSe ATR probe + silver halide fibres: 600-3300 cm-1
•Diamond ATR probe + silver halide fibres: 600-1900 cm-1 + 2300-3300 cm-1
•ZrO2 ATR probe + chalcogenide fibres: 1550-8000 cm-1 - Apodized resolution adjustable from 1 cm-1 to 64 cm-1
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Galaxy-Scientific
- 12,000 to 4,000 cm-1
- < 0.78 nm @ 1392 nm
- > 20,000:1
ABB Analytical
- With DTGS detector 3,700 to 15,000 cm-1, with InAs detector 3,700 to 12,000 cm-1, with InGaAs detector 3,900 to 11,000 cm-1
- Better than 0.7 cm-1
- With DTGS detector: > 100 000: 1 ,with InAs detector: > 500 000: 1, with InGaAs detector: > 600 000: 1
Galaxy-Scientific
- 833 nm to 2500 nm
- < 0.3 nm at 870 nm
- > 20,000:1
Galaxy-Scientific
- 833 nm to 2500 nm
- < 0.3 nm at 870 nm
- > 20,000:1
Galaxy-Scientific
- 833 nm to 2500 nm
- < 0.3 nm at 870 nm
- > 20,000:1
Galaxy-Scientific
- 781 nm to 2630 nm
- < 0.3 nm at 870 nm
- > 20,000:1
IRIS Technology Solutions
- Inquire
- Inquire
- 7/5/1900 12:01:00 PM
Malvern Panalytical
- 350 to 2500 nm
- 3 nm @ 700 nm
6 nm @ 1400/2100 nm - VNIR - 9,000:1 @ 700 nm
SWIR 1 - 9,000:1 @ 1400 nm
SWIR 2 - 4,000:1 @ 2100 nm
Malvern Panalytical
- 350 to 2500 nm
- 3 nm @ 700 nm
10 nm @ 1400/2100 nm - VNIR - 9,000:1 @ 700 nm
SWIR 1 - 9,000:1 @ 1400 nm
SWIR 2 - 4,000:1 @ 2100 nm
Malvern Panalytical
- 350 to 2500 nm
- 3 nm @ 700 nm; 10 nm @ 1400/2100 nm
- VNIR: 9,000:1 @ 700 nm
SWIR 1: 9,000:1 @ 1400 nm
SWIR 2: 4,000:1 @ 2100 nm
Metrohm USA
- 900 to 2200 nm
- SPM Optical resolution: ~17.9 nm FWHM
- 10000:1 (at 100 ms integration time)
Thermo Fisher Scientific
- 833 to 2630 nm
- 4 cm-1 across spectral range (0.6 nm at 1250 nm), 2 cm-1 option across spectral range (0.3 nm at 1250 nm)
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Thermo Fisher Scientific
- 833 to 2500 nm
- 4 cm-1 (across spectral range), 0.6 nm (at 1250 nm)
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Bruker Optics
- 12,500 - 4,000 cm-1 (800 - 2,500 nm)
- Better than 4 cm-1
- Inquire
PerkinElmer
- 950–1650 nm (applied); 900–1700 nm detector range
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- Photometric noise <10 µAU
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PerkinElmer
- 950–1650 nm
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- Inquire
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PerkinElmer
- 950–1650 nm
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- Inquire
Inquire
PerkinElmer
- 1000–2500 nm (10000–4000 cm?¹)
- ±0.1 cm?¹ wavenumber accuracy
- Superior S/N via Dynascan fixed-mirror-pair interferometer
Inquire
StellarNet, Inc.
- 900–1700 nm
- 1.25 nm (optical: 2.50 nm)
- 4,000:1
StellarNet, Inc.
- 900–2500 nm
- <15 nm (optical: <8 nm)
- 4,000:1 (with 2-stage TEC cooling)
StellarNet, Inc.
- 1,750–2,150 nm
- 10 nm
- 5,000:1
FOSS NIRSystems, Inc.
- 850–2500 nm
- 0.5 nm spectral resolution, 8.75 +/- 0.1 nm optical bandwidth
- Photometric noise: 850-2500 nm < 20 micro AU (RMS for 10 co-added, 10 second scans)
Si-Ware Systems
- 1,350–2,500 nm
- 16 nm (~64 cm?¹)
- 2,000:1
Si-Ware Systems
- 1,350–2,550 nm
- Inquire
- Inquire
Si-Ware Systems
- 1,350–2,550 nm
- Inquire
- Inquire
VIAVI Solutions
- 908–1676 nm (11,012–5966 cm?¹)
- <1.25% of center wavelength, e.g. <12.5 nm @ 1000 nm
- 1000:1
VIAVI Solutions
- 908–1676 nm (11,012–5966 cm?¹)
- <1.25% of center wavelength, 1% typical (e.g. <12.5 nm @ 1000 nm)
- 25,000:1
VIAVI Solutions
- 950–1650 nm (10,526–6060 cm?¹)
- <1.25% of center wavelength, 1% typical (e.g. <9.5 nm @ 950 nm)
- 1000:1
VIAVI Solutions
- 950–1650 nm (10,526–6060 cm?¹)
- <1.25% of center wavelength, 1% typical
- 1000:1
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- Simplifies Calibration TransferThe Antaris II FT-NIR Analyzer is an excellent device for routine analysis of protein, fat, FFA & moisture contents in our food ingredient samples. The analyzer is simple to operate with trigger-based... Read Review
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Bruker Optics
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Bruker Optics
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