Kaiser RamanRxn probe
A versatile probe for your Raman spectroscopy needs
Designed for product and process development, the RamanRxn probehead is the workhorse of the Kaiser Raman probe portfolio. It is trusted to deliver high performance Raman measurements across a wide spectral range. It is also compact, lightweight, and flexible, offering multi-purpose convenience for both solids and liquids analysis in the laboratory environment. The RamanRxn probehead accepts a variety of interchangeable optics which makes it a highly versatile and easily adaptable instrument in your laboratory toolbox.
- Non-contact optic – for use with solids or turbid media or when sample contamination is a concern
- Immersion optic – for use in reaction vessels, laboratory reactors, or process streams
- bIO-Optic – for use with continuous inline measurement in benchtop bioreactor/fermentor applications requiring headplate entry
- SUB Optic – for use with disposable fittings for single-use bioreactors
Additional Components
Kaiser Raman immersion optic
Fixed focus design provides long-term measurement stability along with superior signal performance
Kaiser Raman non-contact optics
Superior non-contact optics that protect samples and avoid contamination
Benefits
- Multipurpose use for both solids and liquids measurement
- Lightweight and compact
- Integrated laser safety interlock, including “laser on” indication and remote shut-off
- Flexible output compatible with a range of sampling options
- Easy switching of non-contact, immersion, and bioprocessing optics to suit a variety of applications
- Wide spectral range, including access to a critical low-wavenumber region
Field of Application
- Chemical: reaction monitoring, blending, catalysis, hydrocarbon speciation, process unit optimization
- Polymer: polymerization reaction monitoring, extrusion monitoring, polymer blending
- Pharmaceutical: API reaction monitoring, crystallization
- Biopharmaceutical: cell culture and fermentation monitoring, optimization, control
- Food & Beverage: zonal heterogeneity mapping of meats and fish
Features and Specifications
Measuring principle
Raman
Laser wavelength
532 nm, 785 nm, 1000 nm
Spectral coverage
150-4350 cm-1 (532 nm)
150-3425 cm-1 (785 nm)
200-2400 cm-1 (1000 nm)
Maximum laser power into probe head
<499 mW
Sample interface
Temperature:
-10° to 70°C
Relative humidity:
20-60%, non-condensing
Body
6061 Aluminum, 316L stainless steel, and 303 stainless steel
Fiber optic cable
Design: PVC jacketed, proprietary construction
Connections: proprietary electro-optic
Temperature: –40 to 80°C
Length: 5m standard (alternate lengths available in 5m increments up to 50m). Contact us for custom lengths.
Minimum bend radius: 152.4 mm (6 inches)
Length (mm)
200
Diameter (mm)
19
Documents/ Manuals/Software
Brochures:
Kaiser Raman Probes Brochure
Robust optical measurement of chemical composition
Kaiser Raman Analyzers Brochure
Robust optical measurement of chemical composition
Application Notes:
EVENTS
IFPAC-2021 (February 28 – March 5, 2021)
Join us for our three virtual presentations at IFPAC-2021:
March 1st at 1-5:30 PM EST – Smart‐Raman spectroscopy for automated monitoring and control of industrial processes
March 2nd at 1-5:30 PM EST – Tips and tricks to make process Raman spectroscopy a success
March 4th at 7:45-11:00 AM EST – Raman spectroscopy for automated monitoring and control of bioprocesses
NEWS
2020 Pharma Innovation Award
Our Kaiser Raman bIO-PRO, KS bioprocessing probe was recently selected as a 2020 Pharma Innovation Award winner by Pharma Manufacturing Magazine!
The Kaiser Raman bIO-PRO, KS probe provides fast, accurate measurement of key bioprocess variables from lab-to-process. It is an exciting advancement in our already well-established Kaiser Raman bioprocess product portfolio.
EVENTS
2021 Pittcon Conference & Expo (March 8-12, 2021)
Join us during our two virtual presentations at the 2021 Pittcon Conference & Expo:
March 8th at 1:30 PM EST – The Role of Process Raman Spectroscopy in Chemical and Polymer Applications
March 12 at 9:30 AM EST – Analytical Model Development for Raman Spectroscopy of Pharmaceutical Solids Processing and Upstream Bioprocessing