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Laser Raman Spectrometers NRS-3000 Series Part I.

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Laser Raman Spectrometers NRS-3000 Series Part I.

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    1. The NRS-300 Series of bench top mounting, singly dispersive micro-Raman spectrometers Build on the proven technology of the Ventuno and NRS-2100 instruments, Emphasizing stability, reliability, ease of operation with PC-controlled optics, And high operator safety through fully enclosed and screened optics. The NRS-300 Series of bench top mounting, singly dispersive micro-Raman spectrometers Build on the proven technology of the Ventuno and NRS-2100 instruments, Emphasizing stability, reliability, ease of operation with PC-controlled optics, And high operator safety through fully enclosed and screened optics.

    2. General The Raman spectrophotometer is a general-purpose analytical instrument used to examine both inorganic and organic substances in various fields of science. This configuration of this instrument must be optimized for different types of measurement, such as photolysis measurement, ultra-low wavenumber measurement, wide-range measurement for qualitative analysis and measurement using the resonance effect, for example. The NRS-3000 series permits the instrument configuration to be optimized easily by simple automated operations according to the purpose of measurement. General The Raman spectrophotometer is a general-purpose analytical instrument used to examine both inorganic and organic substances in various fields of science. This configuration of this instrument must be optimized for different types of measurement, such as photolysis measurement, ultra-low wavenumber measurement, wide-range measurement for qualitative analysis and measurement using the resonance effect, for example. The NRS-3000 series permits the instrument configuration to be optimized easily by simple automated operations according to the purpose of measurement.

    3. Opening 2 : Direct-drive monochromator Up to 3 gratings can be fitted. Up to 6 lasers can be configured. Raman imaging Auto-alignment Library search CFR compliance New NRS-3000 Series Laser Raman Spectrophotometers feature a unique fully integrated design to guarantee alignment and maximize performance. Full Class 1 laser safety is assured by our Enclosed microscope, high throughput dispersive optics. Singly dispersive instruments offering capability for UV-NIR laser operation together with very low wave number Raman Shift measurement capability and high spectral resolution, Previously limited to triply dispersive instruments. Markedly improved performance over earlier JASCO instruments in several key areas. Sample imaging quality on-screen greatly improved, plus tri-ocular option Higher spectrograph throughput, particularly at NIR wavelengths Greater laser throughput to sample point allowing lower power lasers Simpler data system to instrument control by USB interface Auto alignment of optical path Better access to sample area Opening 2 : Direct-drive monochromator Up to 3 gratings can be fitted. Up to 6 lasers can be configured. Raman imaging Auto-alignment Library search CFR compliance New NRS-3000 Series Laser Raman Spectrophotometers feature a unique fully integrated design to guarantee alignment and maximize performance. Full Class 1 laser safety is assured by our Enclosed microscope, high throughput dispersive optics. Singly dispersive instruments offering capability for UV-NIR laser operation together with very low wave number Raman Shift measurement capability and high spectral resolution, Previously limited to triply dispersive instruments. Markedly improved performance over earlier JASCO instruments in several key areas. Sample imaging quality on-screen greatly improved, plus tri-ocular option Higher spectrograph throughput, particularly at NIR wavelengths Greater laser throughput to sample point allowing lower power lasers Simpler data system to instrument control by USB interface Auto alignment of optical path Better access to sample area

    4. Opening 3 : NRS-3100 Standard model NRS-3200 Multi-configuration model NRS-3300 Advanced applications model Within the same basic optical system, We have designed a family of Raman spectrometers That cover the spectrum from simple, single laser instruments, To advanced research grade systems with low wavenumber capability and wavelength extension From deep UV to NIR. NRS-3100 Standard model The NRS-3100 is intended as the entry-level instrument without the low wavenumber measurement, high resolution option or the dichroic mirrors. NRS-3200 Multi-configuration model The NRS-3200 is the mainstream instrument with dichroic mirrors and high-resolution options Together with a higher performance CCD. NRS-3300 Advanced applications model The NRS-3300 adds the low wavenumber measurement capability within a wider footptint baseplate. Opening 3 : NRS-3100 Standard model NRS-3200 Multi-configuration model NRS-3300 Advanced applications model Within the same basic optical system, We have designed a family of Raman spectrometers That cover the spectrum from simple, single laser instruments, To advanced research grade systems with low wavenumber capability and wavelength extension From deep UV to NIR. NRS-3100 Standard model The NRS-3100 is intended as the entry-level instrument without the low wavenumber measurement, high resolution option or the dichroic mirrors. NRS-3200 Multi-configuration model The NRS-3200 is the mainstream instrument with dichroic mirrors and high-resolution options Together with a higher performance CCD. NRS-3300 Advanced applications model The NRS-3300 adds the low wavenumber measurement capability within a wider footptint baseplate.

    6. Opening 2 : Direct-drive monochromator Up to 3 gratings can be fitted. Up to 6 lasers can be configured. Raman imaging Auto-alignment Library search CFR compliance New NRS-3000 Series Laser Raman Spectrophotometers feature a unique fully integrated design to guarantee alignment and maximize performance. Full Class 1 laser safety is assured by our Enclosed microscope, high throughput dispersive optics. Singly dispersive instruments offering capability for UV-NIR laser operation together with very low wave number Raman Shift measurement capability and high spectral resolution, Previously limited to triply dispersive instruments. Markedly improved performance over earlier JASCO instruments in several key areas. Sample imaging quality on-screen greatly improved, plus tri-ocular option Higher spectrograph throughput, particularly at NIR wavelengths Greater laser throughput to sample point allowing lower power lasers Simpler data system to instrument control by USB interface Auto alignment of optical path Better access to sample area Opening 2 : Direct-drive monochromator Up to 3 gratings can be fitted. Up to 6 lasers can be configured. Raman imaging Auto-alignment Library search CFR compliance New NRS-3000 Series Laser Raman Spectrophotometers feature a unique fully integrated design to guarantee alignment and maximize performance. Full Class 1 laser safety is assured by our Enclosed microscope, high throughput dispersive optics. Singly dispersive instruments offering capability for UV-NIR laser operation together with very low wave number Raman Shift measurement capability and high spectral resolution, Previously limited to triply dispersive instruments. Markedly improved performance over earlier JASCO instruments in several key areas. Sample imaging quality on-screen greatly improved, plus tri-ocular option Higher spectrograph throughput, particularly at NIR wavelengths Greater laser throughput to sample point allowing lower power lasers Simpler data system to instrument control by USB interface Auto alignment of optical path Better access to sample area

    7. Markedly improved performance over earlier JASCO instruments in several key areas; Sample imaging quality on-screen greatly improved, plus tri-ocular option Higher spectrograph throughput, particularly at NIR wavelengths Greater laser throughput to sample point allowing lower power lasers Simpler data system to instrument control by USB interface Auto alignment of optical path Better access to sample area, similar to open microscope design Markedly improved performance over earlier JASCO instruments in several key areas; Sample imaging quality on-screen greatly improved, plus tri-ocular option Higher spectrograph throughput, particularly at NIR wavelengths Greater laser throughput to sample point allowing lower power lasers Simpler data system to instrument control by USB interface Auto alignment of optical path Better access to sample area, similar to open microscope design

    8. Opening 3 : NRS-3100 Standard model NRS-3200 Multi-configuration model NRS-3300 Advanced applications model Within the same basic optical system, We have designed a family of Raman spectrometers That cover the spectrum from simple, single laser instruments, To advanced research grade systems with low wavenumber capability and wavelength extension From deep UV to NIR. Opening 3 : NRS-3100 Standard model NRS-3200 Multi-configuration model NRS-3300 Advanced applications model Within the same basic optical system, We have designed a family of Raman spectrometers That cover the spectrum from simple, single laser instruments, To advanced research grade systems with low wavenumber capability and wavelength extension From deep UV to NIR.

    9. Other microscope accessories include polarized light Raman measurements with 1/2 wave plate accessory For rotating the excitation polarization. Other microscope accessories include polarized light Raman measurements with 1/2 wave plate accessory For rotating the excitation polarization.

    10. If we build up a modern version of Raman’s 1928 experiment it might look something like this. Green laser light is inelastically scattered by the sample and loses some energy, so some light shifted towards longer wavelengths is produced. The dispersing system- this is usually a holographic grating in modern instruments- spectrally separates the Raman scattered light from the excitation beam before detection. Because the laser light is relatively so intense, we also further cut it out from the spectrum by either successive monochromators or an optical “notch” filter And in practise we illuminate the sample either using a microscope, at about 1 micron resolution, or macroscopically- macro is often used for bulk samples, liquids and gases. The microscope allows us to carry out mapping studies of the sample’s composition distribution. Experimentally, using Raman is little different to using a microscopeIf we build up a modern version of Raman’s 1928 experiment it might look something like this. Green laser light is inelastically scattered by the sample and loses some energy, so some light shifted towards longer wavelengths is produced. The dispersing system- this is usually a holographic grating in modern instruments- spectrally separates the Raman scattered light from the excitation beam before detection. Because the laser light is relatively so intense, we also further cut it out from the spectrum by either successive monochromators or an optical “notch” filter And in practise we illuminate the sample either using a microscope, at about 1 micron resolution, or macroscopically- macro is often used for bulk samples, liquids and gases. The microscope allows us to carry out mapping studies of the sample’s composition distribution. Experimentally, using Raman is little different to using a microscope

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