Compact Raman spectrometer

  • Compact, portable design with cooled CCD detector (down to -60 °C)
  • Laser selection: 532 nm or 785 nm for versatile applications
  • Fiber optic sample head for non-contact measurements without preparation
  • Ideal for process analysis, research and quality control
  • Extensive range of accessories available for individual extensions

Contact person: Mr. Michael Zerbin

The compact Raman spectrometer of the EZRaman series combines high performance with a particularly space-saving design. Thanks to its modern equipment, it is ideal for a wide range of applications in analytical chemistry, materials science, process monitoring and quality control. At its center is a cooled CCD detector that can be tempered down to -60 °C. This results in an exceptionally good signal. This results in an exceptionally good signal-to-noise ratio, even with weak Raman signals.

The system also scores with its highly permeable fiber optic probe technology. This makes it possible to analyze samples directly and without time-consuming preparation. The EZRaman devices are available with lasers with wavelengths of 532 nm or 785 nm, allowing them to be flexibly adapted to different requirements and materials. The high technical quality is complemented by intuitive software that supports both routine tasks and complex spectral analyses.

Users in laboratories, research facilities or industrial production benefit from the high measurement accuracy and versatility of this compact Raman spectrometer. It is particularly suitable for mobile use and for applications where space is at a premium. Optional accessories such as liquid cells, contact probes or microscope adapters further extend the range of applications.

Whether for pharmaceutical drug analysis, polymorphic structure detection or inline process control, the EZRaman series offers a powerful solution in a compact format. This makes it the ideal choice for anyone who relies on reliable and flexible Raman spectroscopy.

Specifications

  • Improved sensitivity through high-throughput optical design (f/1.6)
  • Shorter integration time for better reaction monitoring snapshots
  • Active and system-to-system transferable Raman data enables reliable material identification and chemical analysis
  • No moving parts in the device provide highly repeatable and reliable spectral data.
  • Intuitive, simple and powerful software interface
  • No or minimal sample preparation
  • Fiber optic probe enables flexible sampling configuration
  • Compact and robust; can be easily transported from one place to another
  • Robust construction for long-term stability and low maintenance
  • Best value for money in affordable portable Raman analyzers

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