Kaiser Raman Hybrid analyzer suite
Robust solids analysis packaged in a versatile Raman analyzer
The Kaiser Raman Hybrid analyzer is our most advanced and flexible solid phase analyzer. It features hybrid (micron and mm) probe capability, high spectral resolution, transportability, and calibration transfer between analyzers. When combined with Kaiser’s phase-optimized sampling probes, it adeptly performs both traditional small spot Raman sampling and wide area Raman sampling needed for robust solids analysis.
Whether you need cart-portable raw materials identification, bench-top methods development in a lab, reaction monitoring in a pilot plant, process control development in a manufacturing environment, or a dedicated quality control analyzer—the robust Kaiser Raman Hybrid analyzer is up to the task.
Do you have questions or need more information?
We are happy to assist you!
Additional Components
Benefits
- Enables the use of a single base unit to support 1 PhAT probe and 1 non-PhAT probe
- mm to micron sampling
- Up to 6mm spot size measurement
- Multi-analyzer calibration transfer demonstrated
- Low cost of ownership
- Easy to install
- No consumables
- Minimal maintenance requirements / analyzer technician times
- Robust data modeling based on Raman spectroscopy
- Scale-up and Pilot-plant compatible
Field of application
Life Sciences
Pharmaceutical Formulations Development: Blending, Granulations, Drying
Pharmaceutical API Development: Reaction Chemistry, Yield
Crystallization and Polymorph
Bioprocessing
PAT / QbD Applications
GLP/GMP compatible
Chemical
Polymerization
Polymer Blending
Extrusion Monitoring
Catalysis Investigations
Food & Beverage
Dairy solids, quality
Meat and fish composition
Features and Specifications
Measuring principle
Raman
Laser wavelength
785 nm
Spectral coverage
150-1875 cm-1 (λ=785 nm)
Channels
1 PhAT channel, 1 alternative channel (non-PhAT)
Temperature
Rxn2: 15°C – 30°C (operating); -15°C to +50°C (storage)
Rxn4 Base model: +5°C to +35°C (operating); -15°C to +50°C (storage)
NEMA 4x enclosure model: 5°C to +50°C (operating); -15°C to +50°C (storage)
Relative humidity
20–80% RH, noncondensing
Input voltage
Rxn2/Rxn4 base model: 110-240 VAC, 50-60Hz standard
NEMA 4x enclosure model: 100-110 VAC (50 Hz); 103-127 VAC (60 Hz); 207-240 VAC (50 Hz or 60 Hz)
Max power
Rxn2/Rxn4 base models: <400 Watts on startup; <150 Watts typical
NEMA 4x enclosure model: 1560 Watts
Warm up time
Rxn2 and Rxn4 base models: 120 Minutes
NEMA 4x enclosure model: 240 minutes
Unit dimensions (mm)
Rxn2 benchtop model: 280 x 620 x 480
Rxn2 cart model: 710 x 760 x 1520
Rxn4 base model: 480 x 686 x 280
NEMA 4x enclosure model: 1100 x 826 x 1140
Weight (kg)
Rxn2/Rxn4 base model: 31
Rxn2 cart model: TBD
NEMA 4x enclosure model: 185.5
Sampling probe compatibility
Solids: PhAT probe
Liquids: RamanRxn, bIO-LAB, bIO-PRO, SUB-Optic system, WetHead, Pilot-E
Connection Interface
OPC
Modbus
(contact us for other options)
Certifications
North American, ATEX (contact us for other options)
Packaging options
Rxn2, wheeled cart option
Rxn4 base model, 19″ rack compatible
Rxn4 base model, 19″ rack package
NEMA 4x enclosure model, 110 or 230 VAC, with trolley
NEMA 4x enclosure model, 110 or 230 VAC, with stand
Documents/ Manuals/Software
Brochures:
Kaiser Raman Analyzers Brochure
Embedded control technology for reliable lab-to-process composition analysis.
Kaiser Raman in Bioprocessing
Scalable in situ bioprocess monitoring enabling advanced process control
Kaiser Raman Application Guide
The trusted composition analysis solution for the life sciences
Application Notes:
NEWS
Feb 24, 2020 – Sartorius Introduces BioPAT® Spectro QbD Tool
The BioPAT® Spectro offers access to Raman spectroscopy analysis in high throughput process development, supporting faster Raman model building and accelerating scale-up into commercial manufacturing.
EVENTS
07/28/2020 10:00 AM EST
Please join presenter Nick MacLean, Rxn Product Specialist with Kaiser Optical Systems in this introductory and educational webinar examining the underlying principles of Raman spectroscopy and what makes up a robust Raman solution.