Compact Raman Spectrometer Pro

  • Excellent signal/noise ratio
  • Cooled detector (-60°C)
  • Inexpensive
  • Compact
  • Flexible

Contact person: Mr. Michael Zerbin

 

The ProRaman-L features a highly sensitive CCD spectrograph with a CCD cooling temperature of down to -60º C. It is equipped with high-throughput fiber optic laboratory probes. Each ProRaman-L system includes a notebook computer pre-installed with RamanReader software for operation. The excitation laser is available at 532 nm and 785 nm.

The ProRaman-L instruments are ideal for demanding Raman analyses in academic, research and industrial laboratories, as well as in the process industry, that require an affordable, high-performance Raman instrument.

Specifications

  • Best signal-to-noise characteristics of any laboratory Raman instrument
  • Precise, fast, repeatable Raman measurements
  • Highly sensitive Raman system for laboratory and chemical process monitoring
  • HRP-8 high-throughput laboratory probe (outer diameter > 8)
  • Best performance/cost ratio
  • Compact, reliable and easy to use

Applications

  • Online process control, including PAT measurements: structure determination, polymorphic forms, hydrogenation, aqueous solution measurement, phase transition and reaction monitoring
  • Manufacturing of medicinal products and pharmaceutical products, including freeze-drying, fermentation, distribution of medicinal products in products such as skin patches, formulation, mixing and headspace analysis
  • Chemical industry: polymerization and synthesis progress
  • Geology, mineral and gemstone identification, pharmacy, production of carbon nanotubes and graphene
  • biology
  • solar cells
  • Paper and pulp
  • Many other potential uses and applications

Accesories

  • Sample holder for measuring liquid samples in vials or cuvettes
  • Probe holder XYZ precision stage for fine adjustment of sample measurements
  • Pre-adjusted lens tube for measuring solid samples on contact
  • Lens tube WD3 - working distance of the lens tube 3mm; NA = 0.55
  • Lens tube WD10 – lens tube working distance 10mm; NA = 0.25
  • MVW µV-785 µViewer converter with 1.3M pixel CMOS camera and LED inline illumination
  • Lens tube with spacer for large beam diameter
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