Molecular Spectroscopy
Jasco Analytical Instruments (Jasco)
A comprehensive range of molecular spectroscopy instruments for applications in the Far-UV to the Terahertz region.
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Product
Molecular Spectroscopy Software
Spectra Manager™ Suite
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A unique and powerful, cross-platform suite of software tools for controlling a truly comprehensive range of molecular spectroscopy instrumentation. Design experimental methods, acquire data and get results quickly.
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Product
FTIR Spectrometer
The X-Series
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Provide a complete solution for infrared molecular spectroscopy.
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Product
Circular Dichroism Spectrophotometers
J-1000 Series
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A circular dichroism spectrophotometer for exploring the structure and stability of small and biological chiral molecules.
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Product
Spectrofluorometers
FP-8050 Series
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A range of spectrofluorometers with aberration free optical system incorporating a high intensity continuous xenon source for unsurpassed sensitivity.
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UV-Visible/NIR Spectrophotometers
V-700 Series
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The V-700 Series comprises of five individual models covering the entire spectrum from the far-UV (187 nm) to the NIR (3,200 nm).
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UV-Visible/NIR Microspectrophotometers
MSV-5000 Series
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Microscopes that use a high resolution double-beam scanning spectrophotometer for precise and accurate measurement in the wavelength region 200-2700 nm.
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Digital Polarimeters
P-2000 Series
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High-accuracy multi-option digital polarimeter for all applications.
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Product
Confocal Raman Microscopes
NRS Series
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Include Class 1 laser safety as standard and share the same comprehensive Spectra Manager™ Suite of measurement and micro-imaging software.
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Product
Palmtop Raman Spectrometer
PR-1w
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The PR-1w Palmtop Raman spectrometer is a compact unit that contains a powerful 50 mW 785 nm laser, coupled to a high resolution spectrograph with CMOS detector. Compared to many of the commercially available Raman instruments, the PR-1w is a user-friendly Raman spectrometer that can be used by virtually anyone with minimal training. It can be used in many different environments, and variety of measurement concepts, such as in-line and in-situ measurements. With a comprehensive range of optional accessories, the PR-1w can be optimized for specific applications.
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Product
Probe Raman Spectrometers
RMP-500 Series
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Compact, high resolution (f200) Raman optical system that is rugged enough to be moved to a site for sample measurement. This high quality optical bench is used with fiber-optic probes for remote in-situ measurement
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Product
Vibrational Circular Dichroism Spectrometer
FVS-6000
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The FVS-6000 vibrational circular dichroism spectrometer measures both IR absorption and VCD and provides accurate and highly sensitive measurements in the fingerprint region. It also has several unique features such as a wide measurement range option of 4,000 to 750 cm-1 with a choice of detectors
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Product
Circularly Polarized Luminescence (CPL) Spectrophotometer
CPL-300
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The circularly polarized luminescence spectrophotometer supplements the information obtained from other chiroptical techniques such as electronic or vibrational circular dichroism. Circular dichroism (CD) spectroscopy is widely used in the study of optically active substances. CD spectroscopy provides information about the structure of optically active substances in the electronic ground state, however, CPL spectroscopy provides information about excited states. The two techniques are therefore complementary.
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Product
Portable FTIR Spectrometer
VIR Series
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A range of lightweight and easily transportable FTIR spectrometers. Including a hermetically sealed interferometer with anti-vibration technologies for demanding laboratory and field applications where a laboratory instrument may be unsuitable.
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Product
Film Thickness Measurement
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Film thickness measurement can be measured using a number of different techniques depending on the thickness and number of layers. In its simplest form a simple measurement can be made of a single layer with a reflective lower surface using interference fringes. For more complex materials with multiple layers interference measurement is still made, but the mathematical deconvolution becomes increasingly important as does the refractive index of each layer.
