Kaiser Raman Rxn2 analyzer
The bridge from laboratory analysis to the process environment
The Kaiser Raman Rxn2 analyzer adeptly harnesses the power of Raman spectroscopy while serving as an ideal bridge from lab-to-process. Designed for use in analytical laboratories with model transfer capabilities, the Raman Rxn2 is heavily relied on for routine sample identification, support of R&D projects, early process development, and scale-up settings for in situ analysis.
Combined with our high-performance sampling probes, the Raman Rxn2 delivers high resolution performance for real-time, in-process measurement and control. It features unique self-monitoring, diagnostics, and self-calibration to ensure the validity of each measurement. Available as a benchtop or on a mobile wheeled cart, the Raman Rxn2 offers location convenience and portability for process development laboratories.
Additional Components
Benefits
- Reliable real-time, in situ measurements
- Intuitive, embedded control software via touchscreen or remote interface
- Convenience of a single base unit supporting up to four probes
- Sequential operation for fast analysis per channel and programmable channel interrogation
- Converts acquired Raman spectra into process knowledge using built-in multivariate predictors
- Suitable for outputs into hazardous area/classified environments
- cGLP/cGMP compatible
Field of application
Life Sciences
Pharmaceutical: reaction chemistry, yield crystallization, polymorph, blending, drying, granulations
Biopharmaceutical: bioprocess monitoring and control, PAT/QbD applications, cell culture, fermentation, downstream operations, cGLP/cGMP compatible
Chemical
Polymerization, extrusion monitoring, polymer blending, catalysis investigation
Food & Beverage
Zonal heterogeneity, fermentation
Features and specifications
Measuring principle
Raman
Laser wavelength
532 nm, 785 nm, 1000 nm
Spectral coverage
150-4350 cm-1 ( λ=532 nm); 150-3425 cm-1 (λ=785 nm); 200-2400 cm-1 (λ=1000 nm)
Channels
Up to four channels
Temperature
15°C – 30°C (operating); -15°C to +50°C (storage)
Relative humidity
20-80%, RH noncondensing
Input voltage
100-240 V, 50-60 Hz, ±10%
Power consumption
Maximum: 400 W
Start-up: 250 W (typical)
Running: 120 W (typical)
Warm up time
120 minutes
Unit dimensions (width x height x depth in mm)
Benchtop model: 279 x 483 x 592
Cart model: 685 x 1022 (to tabletop) x 753
Weight (kg)
Benchtop model: 32 (non-embedded Rxn2: 31)
Cart model: 93
Sampling probe compatibility
Solids: RamanRxn (with optics)
Liquids: RamanRxn (with optics), bIO-PRO (standard & KS model), WetHead, Pilot-E
Gases: AirHead
Connection interface
OPC
Modbus
(contact us for other options)
Hazardous area certifications
ATEX, North American, IECEx
Installation options
Benchtop (standard) or mobile wheeled cart
Documents/ Manuals/Software
Brochures:
Kaiser Raman Analyzers Brochure
Robust optical measurement of chemical composition
Kaiser Raman Probes Brochure
Robust optical measurement of chemical composition
Kaiser Raman Application Guide
The trusted composition analysis solution for the life sciences
Kaiser Raman in Bioprocessing
Scalable in situ bioprocess monitoring enabling advanced process control
Application Notes:
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.
SUCCESS STORIES
Advanced bioprocess control
Learn how Kaiser Raman technology helped Nicro eliminate time-consuming offline sampling in favor of real-time monitoring of critical parameters in fermentation processes.
NEWS
2021 Williams-Wright Award
Dr. Ian R. Lewis, Director of Marketing at Kaiser Optical Systems, has been named the 2021 Williams-Wright Award recipient by The Coblentz Society for his significant contributions to vibrational spectroscopy. The award was presented during the 2021 Pittcon Conference & Expo.