Spectrophotometer

Spectrophotometers are used to measure the concentration of a known substance in a solution. They do this by passing a light through the substance and measuring light intensity as a function of wavelength. Either single beam or double beam spectrophotometers can be purchased. In a single beam spectrophotometer, a reference standard is used to measure light intensity before and after the sample is loaded. For double beam spectrophotometers the beam is split with one beam passing through the standard and the other through the sample to compare intensities. While single beam spectrophotometers are typically less expensive and have higher sensitivity, double beam spectrophotometers tend to be more stable and easier to use. Spectrophotometers are important pieces of equipment in chemistry, physics, biochemistry, clinical, and materials testing labs.

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CompanyAgilent TechnologiesAgilent Technologies
ItemCary 630 FTIR SpectrometerCary 60 UV-Vis Spectrophotometer
Citations
Figures
(6)
(5)
Reviews
Catalog NumberCary 630Cary 60
Price
TypeBenchtop FTIR spectrometerUV-Visible
Wavelength RangeKBr 7,000 to 350 cm-1
ZnSe 5,100 to 600 cm-1
190 to 1100 nm
Wavelength AccuracyInquire± 0.5 at 541.94 nm
Scanning SpeedInquire24,000 nm/min, 80 data points/sec
Spectral BandwidthInquire1.5 nm fixed
Optical SystemInquireDouble beam
Light SourceInquireXenon flash lamp
Resolution≤2 cm-1Inquire
DescriptionThe Agilent Cary 630 FTIR is a flexible benchtop FTIR spectrometer offering high performance and extraordinary ease-of-use in an ultra-compact design. It is engineered with the user in focus and provides simple, intuitive workflows to deliver meaningful answers in routine FTIR analysis and cutting-... Read MoreThe Cary 60 UV-Vis spectrophotometer has a wavelength range of 190–1100 nm that can be scanned in under three seconds. Our flexible UV-Vis system can be fitted with long pathlength cuvettes and solid sample transmission or reflectance accessories, and is ideal for remote UV-Vis absorbance analysis, ... Read More
QuantityEAEA
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