Our new, innovative Raman probe design features a modular, user-replaceable tip and fibers, which allows you to reconfigure your sampling optics to each new application. Choose from our standard probe tip, a longer ball probe for process, or our unique SM05 adaptor with 12.7 mm lenses to access focal lengths ranging from sub-mm to up to 50 mm from the probe tip. All probes are optimized for use with our f/1.3 Raman spectrometers to maximize collection efficiency and signal.
Our standard probe works well for most Raman applications, and can be easily reconfigured by the user with a different probe barrel to adapt to a new application or operating environment. OEMs may also couple directly to the probe body with their own sampling optics or probe barrel. Fibers for routing excitation light from the laser and collected light to the spectrometer are included.
|Excitation Wavelength||405, 532, 633, 785, 830, or 1064 nm|
|Laser Spot Size||~170 μm|
|Collection Area||1 mm diameter spot when using 600 µm collection fiber|
|Collection Distance||11 mm (lens to sample)|
|Laser Band Pass Filter||3 nm bandwidth, >OD 6 out of band rejection|
|Long pass/Edge Filter||>80% transmission, laser line blocking >OD 6|
|Probe Barrel||12.7 mm diameter stainless steel, 38 mm long|
Our standard probes have been used in a wide variety of applications, including identification of plastics. Our new contact ball probe tip has proven ideal as a Raman process probe to monitor fermentation of sugar. It has also been used with ultrasonic capture for in-situ detection of microplastics – coming out soon in Spectroscopy’s June 2020 special issue on Raman. Curious about our new custom lens adapter? Stay tuned for a tech note, coming soon to our newsletter – sign up today!
Custom fiber optic Raman probe designs are available at alternate wavelengths and with narrower transition widths for OEM applications. Please contact us at firstname.lastname@example.org to discuss your needs.
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