Kaiser RXN2

Laboratory and process multi-channel fibre coupled Raman

RXN2The Multi-channel RAMANRXN2™ analyzer enables the use of a single baseunit to support up to 4 probes. The RAMANRXN2™ 4-channel Raman analyzer operates sequentially allowing both fast analysis per channel and programmable channel interrogation.  The ability to follow several different potential r...
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Description Specifications Software Applications

RXN2

The Multi-channel RAMANRXN2™ analyzer enables the use of a single baseunit to support up to 4 probes. The RAMANRXN2™ 4-channel Raman analyzer operates sequentially allowing both fast analysis per channel and programmable channel interrogation.  The ability to follow several different potential reaction pathways can significantly speed up early process development by studying parallel batches, removing bottlenecks in the scale-up pipeline, and optimizing the process chemistry throughout its life cycle.

The RAMANRXN2™ fiber-coupled Multi-channel Raman analyzer serves the needs of the analytical Raman market, process analytics, chemical, and polymer markets, as well as the pharmaceutical and bioprocessing markets. This analyzer can be combined with data acquisition software to comply with GLP/GMP guidelines, and acquired Raman spectra can be converted to process understanding using multivariate analysis (MVA) approaches to allow control of pharmaceutical and biopharmaceutical processes in support of QbD goals

RXN2 Hybrid

The RAMANRXN2™ HYBRID  in situ analyzer provides the capability of several different Raman analyzers in a single system.  The analyzer incorporates internal calibration and diagnostics to ensure the validity of each analysis. This approach allows Kaiser analyzers to support robust chemometric analyses and calibration transfer between analyzers.

When combined with the latest version of the iC Raman™ software, the RAMANRXN2™ HYBRID analyzer represents the most advanced, flexible analyzer for Raman methods development and reaction analysis providing both qualitative and quantitative Raman measurements

Specifications

Measurement: Raman

Laser Wavelength: 785nm

Spectral Coverage: 150-1875 cm-1

Environmental: Temperature: 20°C (Min) / 25°C (Max)

Relative Humidity: 20-80% Noncondensing

Sampling Options

  • Fiber-optic Probe Head for In situ, Real-time Analysis .
  • PhAT probe
  • Optimized for Low-wavenumber Performance
  • Reaction Analysis Software
  • Alloy C276 Immersion Optics: Temps to 450ºC, Pressures to 3000 PSI
  • High Pressure Extruder Optic for In situ Extrusion Monitoring
  • Non-contact Optics: Microns to 17 Inches
  • Routine Analysis Sample Compartment (RXN-ASC) with Sampling Kit
  • Microprobe and Imaging Option

iC Raman

  • 21 CFR Part 11-compatible Data Acquisition
  • Wizard Driven, Easy-to-use Application
  • Analyzer Set-up and Control
  • Experiment Templates
  • Enhanced Experiment Phases
  • ConcIRTTM Option
  • Trending, Qualitative and Quantitative Analysis

HoloGRAMS

HoloPro

RXN2 diagram

01 Monitoring a Pharmaceutical Crystal Transformation In Situ  Pharma Rama

02 In Situ Crystallization Monitoring Pharma Chemicals Raman

05 Raman Spectroscopy - an Overview All Raman

06 Alcohol Fermentation monitored by Raman Food Bio Raman

07 Monitoring Emulsion Polymerisation Polymers Chemicals Raman

08 Rapid Monitoring of Antisolvent Addition Crystallization Chemicals Pharma Raman

09 Polymer Melt Processing Polymers Chemicals Raman

10 Characteristic Raman Frequencies of Organic Groups All Raman

11 Characteristic Raman Frequencies of Inorganic Ions All Raman

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Kaiser RXN2 Enquiry Form