Raman Spectroscopy Lasers
Lasers for Raman
Raman spectroscopy is the study of the vibration modes of molecules through inelastic scattering of laser light off of a sample. In this process, the scattered photons either lose or gain energy equal to that of the molecular bond’s vibrational modes. By measuring the shift in wavelength from the Raman spectroscopy laser wavelength you can determine the bond structure of the molecule. Therefore, these lasers must be wavelength stabilized to ensure the accuracy of your shift calculation. This is typically achieved through the use of a volume Bragg grating based external cavity diode laser, but single frequency DPSS lasers are also commonly used. For more advanced Raman spectroscopy application such as stimulated Raman scattering (SRS) and coherent anti-Stokes Raman spectroscopy (CARS), short pulsed lasers are also used due to the non-linear nature of the process. On this page, you will find a list of all of the Raman spectroscopy laser sources we offer include laser diodes, DPSS, and pulsed laser systems.
To see a full list of other applications RPMC lasers are used for please check out our applications page by clicking here.
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R0976SX0500: 976nm SM FC Stabilized Laser Diode
wavelength output power mode package manufacturer type narrow linewidth fiber type output wavelength selection package cooling duty technology application DIAL Lasers, Interferometry Lasers, Raman Spectroscopy Lasers
R0976SX0500 | 976nm Single-mode Wavelength Stabilized Laser Diode The R0976SX0500 is a 976 nm single-mode wavelength stabilized diode laser from Inno... Read More -
R0780SX0050: 780nm SM Stabilized Laser Diode
wavelength output power mode package manufacturer type narrow linewidth fiber type output wavelength selection package cooling duty technology application DIAL Lasers, Interferometry Lasers, Raman Spectroscopy Lasers
R0780SX0050 | 780nm Single-mode Wavelength Stabilized Laser Diode The R0780SX0050 is a 780 nm single-mode wavelength stabilized diode laser from Inn... Read More -
LSX-785S-150-ISO-PPF: 785nm SLM Laser Module
wavelength cw power mode version output manufacturer type wavelength selection narrow linewidth coherence length application Dynamic Light Scattering Lasers, Holography Lasers, Interferometry Lasers, Laser Doppler Velocimetry Lasers, Particle Measurement, Raman Spectroscopy Lasers
LSX-785S-150-ISO-PPF– 785nm SLM Laser Diode Module The LSX-785S-150-ISO-PPF is a 785 nm narrow linewidth stabilized diode laser with isolator from ... Read More -
Solo-523: 523nm Single Frequency DPSS Laser
wavelength cw power 200mW Laser Modules, 300mW Laser Modules, 400mW Laser Modules, 500mW Laser Modules
mode narrow linewidth output Solo-523: 523nm Single Frequency DPSS Laser We manufacture a wide range of high-performance Continuous Wave Single Frequency DPSS lasers from deep UV... Read More -
Solo-698: 698nm Single Frequency DPSS Laser
wavelength cw power 100mW Laser Modules, 200mW Laser Modules, 300mW Laser Modules
mode narrow linewidth output Solo-698: 698nm Single Frequency DPSS Laser We manufacture a wide range of high performance Continuous Wave Single Frequency DPSS lasers from deep UV... Read More -
LBX-785S-XXX-CIR: 785nm SLM Laser Diode Module
wavelength cw power mode version output manufacturer type wavelength selection narrow linewidth coherence length application Dynamic Light Scattering Lasers, Holography Lasers, Interferometry Lasers, Laser Doppler Velocimetry Lasers, Particle Measurement, Raman Spectroscopy Lasers
LBX-785S-XXX-CIR – 785nm SLM Laser Diode Module The LBX-785S-XXX-CIR is a 785nm SLM Laser Diode with a narrow linewidth from Oxxius. The Oxxiu... Read More -
Duetto-442: 442nm Single Frequency DPSS Laser
wavelength cw power mode version output type wavelength selection manufacturer narrow linewidth coherence length application Dynamic Light Scattering Lasers, Holography Lasers, Interferometry Lasers, Laser Doppler Velocimetry Lasers, Laser Ultrasonic Lasers, Lithography Lasers, Optogenetics Lasers, Particle Measurement, Raman Spectroscopy Lasers, Second Harmonic Generation Lasers
Duetto-442: 442nm Single Frequency DPSS laser We manufacture a wide range of high performance Continuous Wave Single Frequency DPSS lasers from deep ... Read More -
Solo-640: 640nm Single Frequency DPSS Laser
wavelength cw power 500mW Laser Modules, 750mW Laser Modules, 1000mW Laser Modules, 1500mW Laser Modules
mode version output type manufacturer wavelength selection narrow linewidth coherence length application Dynamic Light Scattering Lasers, Holography Lasers, Interferometry Lasers, Laser Doppler Velocimetry Lasers, Laser Ultrasonic Lasers, Optogenetics Lasers, Particle Measurement, Raman Spectroscopy Lasers
Solo-640: 640nm Single Frequency DPSS Laser We manufacture a wide range of high-performance Continuous Wave Single Frequency DPSS lasers from deep UV... Read More -
Duetto-532: 532nm Single Frequency DPSS Laser
wavelength cw power 2W Laser Modules, 750mW Laser Modules, 1000mW Laser Modules, 1500mW Laser Modules
mode version output manufacturer type wavelength selection narrow linewidth coherence length application Dynamic Light Scattering Lasers, Holography Lasers, Interferometry Lasers, Laser Doppler Velocimetry Lasers, Laser Ultrasonic Lasers, Optogenetics Lasers, Particle Measurement, Raman Spectroscopy Lasers, Second Harmonic Generation Lasers
Duetto-532: 532nm Single Frequency DPSS laser We manufacture a wide range of high performance Continuous Wave Single Frequency DPSS lasers from deep ... Read More -
Solo-1064: 1064nm Single Frequency DPSS Laser
wavelength cw power 2W Laser Modules, 3W Laser Modules, 750mW Laser Modules, 1000mW Laser Modules
mode version output type manufacturer wavelength selection narrow linewidth coherence length application Dynamic Light Scattering Lasers, Interferometry Lasers, Laser Doppler Velocimetry Lasers, Laser Ultrasonic Lasers, Particle Measurement, Raman Spectroscopy Lasers, Second Harmonic Generation Lasers
Solo-1064: 1064nm Single Frequency DPSS Laser We manufacture a wide range of high performance Continuous Wave Single Frequency DPSS lasers from deep ... Read More