Buying Raman Spectroscopy Equipment
Raman spectroscopy equipment encompasses instruments for various Raman spectroscopy methods, including spontaneous and stimulated Raman scattering, polarized Raman spectroscopy, surface- or tip-enhanced Raman spectroscopy, resonance Raman spectroscopy, and coherent anti-Stokes Raman spectroscopy.
Making Good Purchase Decisions
RP Photonics helps to not only to find all relevant suppliers, but also to make good purchase decisions:
Learning Resources

With its comprehensive resources, RP Photonics helps you to well prepare purchase decisions:
- Encyclopedia article: Raman spectroscopy
- Related articles: Raman scattering, laser spectroscopy
Aspects to Consider Before Buying
Some aspects to consider before buying Raman spectroscopy equipment: spectral resolution, sensitivity, range of methods, robustness, integration ease, user interface, maintenance requirements, calibration stability.
For responsible purchase decisions, we recommend applying good practices.
Find Suppliers for Raman Spectroscopy Equipment
61 suppliers for Raman spectroscopy equipment are listed in the RP Photonics Buyer's Guide, out of which 9 present their product descriptions. Both manufacturers and distributors can be registered.
Suppliers with Advertising Package presenting their product descriptions | |
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![]() No. 68B, LDUV Tongzhou District Beijing 101102 China | ![]() Since entering the field of Raman spectroscopy in 2003, Zolix has continued to accumulate technical strength, and continuously updated Raman products. The products have been widely used in materials, geology, biology, chemistry, medicine, food, investigate and other fields. After long-term discussions with customers in different industries, we have launched a new generation of Raman system: Finder 930 is a high-end laser confocal Raman spectrometer with high performance, high stability and high cost performance. Based on the successful experience of previous generations of products, Finder 930 has been fully upgraded in terms of both hardware and software. |
![]() 43 Sparta Avenue Newton, NJ 07860 United States | ![]() Thorlabs manufactures a unique Raman technology employing a coded aperture. The Thorlabs-developed spectrograph unit utilizes a pseudo-Hadamard mask at the spectrograph input instead of a traditional single slit. With an aperture size of 2.3 mm × 3.2 mm, the spatial amplitude modulation mask improves light-throughput, or the system étendue, allowing enough Raman-scattered light to reach the CMOS sensor for room temperature operation and sample excitation with an unfocused laser beam. The spectrograph is designed for 680 nm to 785 nm excitation and an 815 nm to 915 nm detection range. This technology is employed in a modular kit as well as in a portable benchtop device, available with up to two excitation lasers to cover the fingerprint (500–1800 cm−1) and high-frequency regions (2800–3800 cm−1). |
![]() all wavelengths. TOPTICA Photonics AGLochhamer Schlag 19 82166 Gräfelfing Germany | ![]() For Raman spectroscopy, a wavelength of 532 nm is regularly used, as well as 785 nm (to reduce autofluorescence of the sample). For semiconductor inspection shorter wavelengths of 405 nm, 266 nm, or even 213 nm are commonly used. Most recent, upcoming time-resolved Raman spectroscopy and microscopy applications (i.e measurements on airplane engine exhausts to optimize the combustion process and reduce fuel consumption) trigger the need for pulsed laser sources operating in the femto- and picosecond regime. This demand is covered by the FemtoFiber laser family, which have already proven its outstanding performance and suitability in various broadband CARS and SRS applications. |
![]() No. 888 Jinhu Road High-tech Zone, Changchun 130103 China | ![]() CNI offers combined Raman spectroscopy systems. For example, we have portable Raman spectrometers and a micro Raman spectrum measurement system. Available wavelengths are 405 nm, 532 nm, 785 nm and 830 nm. |
![]() Lasers beyond the state of the art Active Fiber Systems GmbHErnst-Ruska-Ring 17 07745 Jena Germany | ![]() Our compact, alignment-free and all-fiber picosecond laser source for CARS microscopy delivers synchronized pump and Stokes pulses from a single fiber end. This air-cooled and turn-key CARS laser source has a great benefit for the user as the fiber delivery eliminates alignment of the spatial and temporal pulse overlap. |
![]() Hedwig-Jahnow-Str. 12 35037 Marburg Germany |
The Micron laser is a mode-hop free tunable external cavity laser for emission of up to 300 mW. Versions with emission wavelengths between 638 nm and 1700 nm are available. |
![]() Innovation is where we start Headwall Photonics580 Main Street Bolton, MA 01740 United States | ![]() Headwall's Raman Explorer and Raman Discovery imaging spectrometers are designed for instrument-makers looking for OEM modules suitable for harsh environments (Raman Explorer) or portable instrumentation (Raman Discovery). They both feature Headwall's aberration-corrected, retro-reflective designs with exceptional signal-to-noise and outstanding keystone and smile. Single- and dual-input versions available. Give us a call or send us an email. |
![]() Helping our customers reach their research @ commercial goals for over 45 years MPB CommunicationsHead Office 147 Hymus Boulevard Montreal, Quebec H9R 1E9 Canada | ![]() Fiber lasers are highly effective in Raman spectroscopy applications due to their ability to produce stable, coherent, and unique wavelengths. MPBC’s Single-frequency fiber lasers are an ideal solution for Raman spectroscopy due to their narrow linewidth and long coherence length. |
![]() Plauener Straße 163–165 / Haus N 13053 Berlin Germany | ![]() The picoEmerald system facilitates Stimulated Raman Scattering (SRS) microscopy for non-invasive label-free imaging. SRS microscopy provides almost background-free imaging contrast. It allows simple spectroscopic identification of the samples’ fingerprint region based on Raman spectra databases. Imaging at high video rates is possible due to very short integration times of the SRS detection module (lock-in amplifier). Switching over to SRS microscopy is relatively straightforward for researchers who already have CARS experience. |
Other Suppliers | |
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Agilent Technologies Germany | |
Allied Scientific Pro Canada | |
Avantes B. V. Netherlands | |
B&W Tek, Inc. United States | |
BaySpec Inc. United States | |
Beijing RealLight Technology Co. Ltd. China | |
Bruker Corporation United States | |
Coherent Corp. United States | |
CryLaS GmbH Germany | |
Delta Photonics Canada | |
DialAct Corporation United States | |
Flash Photonics United States | |
Gekko Photonics Ltd. Poland | |
GMP SA, Büro Zürich Switzerland | |
HORIBA Scientific United States | |
Ibsen Photonics A/S Denmark | |
IL Photonics Israel | |
IS-Instruments Ltd. United Kingdom | |
JASCO United States | |
Klar Scientific United States | |
Laser 2000 GmbH Germany | |
Lightnovo ApS Denmark | |
LIOS Technology Germany | |
McPherson United States | |
Metrohm AG Switzerland | |
Micromaterials, Inc. United States | |
Mountain Photonics GmbH Germany | |
Nanobase, Inc. | |
New Age Instruments & Materials India | |
Norlase Denmark | |
Ocean Optics United States | |
OptiGrate United States | |
Opton Laser International France | |
Optoprim Germany GmbH Germany | |
Optosky Photonics, Inc. China | |
Photon etc. Inc. Canada | |
Power Technology Inc. United States | |
Pro-Lite Technology Ltd United Kingdom | |
QS Lasers Lithuania | |
QuantumDesign Europe GmbH Germany | |
Renishaw plc United Kingdom | |
Sciencetech Inc. Canada | |
SIMTRUM Pte. Ltd. Singapore | |
SOL Instruments Ltd. Belarus | |
Solar Laser Systems Belarus | |
Spectra Solutions Inc. United States | |
STANDA Ltd. Lithuania | |
StellarNet, Inc. United States | |
Thunder Optics France | |
Timegate Instruments Ltd. Finland | |
Wasatch Photonics United States | |
YIXI Smart Technology Co., Ltd. China |