Kaiser RXN1

Laboratory or process single channel fibre coupled Raman

RXN1The Raman RXN1  instrument represents Kaiser's analyzer for research. This instrument is a compact, easy to use, turn-key Raman spectrometer system that incorporates the laser, spectrograph, and CCD in a compact base module. The Raman RXN1  instrument is based on Kaiser's award winning f/1.8 axi...
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Description Specifications Software Applications

RXN1

The Raman RXN1  instrument represents Kaiser's analyzer for research. This instrument is a compact, easy to use, turn-key Raman spectrometer system that incorporates the laser, spectrograph, and CCD in a compact base module. The Raman RXN1  instrument is based on Kaiser's award winning f/1.8 axial transmissive spectrograph.  The f/1.8 design is optically efficient and allows more than six times the light to be collected than traditional spectrograph designs. In conjunction with a high-performance CCD detector and Kaiser's proprietary HoloPlex grating technology, the Raman RXN1  spectrometer is capable of providing fast, simultaneous, full spectral collection of Raman data at high spectral resolution.

PhAT Probe

The PhAT approach to Raman sampling redefines solids sampling by eliminating sample irreproducibility and focusing, by measuring a large area of sample simultaneously, and by offering the benefits of non-destructive sampling using laser powers below the ANSI exposure limit for skin. Traditional Raman approaches measure sample areas between 2 to 500 microns.  The 6 mm large-area laser spot size allows a much greater portion of the sample to be interrogated in a single measurement than traditional Raman measurements.  The PhAT approach avoids the need for multiple measurement points or moving samples, thus speeding up analysis time

Specifications

Measurement: Raman

Laser Wavelength: 532nm, 785nm

Spectral Coverage:

100-4375 cm-1 (532nm),

100-3425 cm-1 (785nm)

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
  • 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

Kaiser RXN1 diagram

01 Monitoring a Pharmaceutical Crystal Transformation In Situ  Pharma Raman

02 In Situ Crystallization Monitoring Pharma Chemicals Raman

05 Raman Spectroscopy - an Overview All Raman

06 Alcohol Fermentation monitored by Raman Food Bio Raman 

08 Rapid Monitoring of Antisolvent Addition Crystallization Chemicals Pharma Raman

10 Characteristic Raman Frequencies of Organic Groups All Raman

11 Characteristic Raman Frequencies of Inorganic Ions All Raman

12 Quantification of a Degradant in an Intact Pharmaceutical Tablet Pharma Raman

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Kaiser RXN1 Brochure Enquiry Form

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Kaiser RXN1 Enquiry Form