Raman Spectrometers, Microscopes, and Process Analyzer

Raman solutions

Choose the right Thermo Scientific Raman microscope, spectrometer or analyzer for your specialized work. Because the needs of a process engineer, a manufacturing QA/QC director, or a lab researcher all differ in specific ways, we have multiple instrumentation options to meet different requirements. Ideal for use in forensics, pharmaceutical analysis, battery development, academic research and more, this selection guide can help to find the Raman analytical instrument that best fits your chemical identification and process measurement needs.

 

Raman analysis selection guide

This selection guide is designed to help you decide which Raman instrument best fits your needs. Whether you need micron-level spatial imaging information about a sample, verification and validation of a bulk powder, or in-line process monitoring, we have an instrument for the task.

 

 

Microscopes

Macro/Benchtop Spectrometers

Process
 




Model DXR3xi Imaging Microscope DXR3 Microscope
 DXR3 SmartRaman Spectrometer
 DXR3 Flex Raman Spectrometer

MarqMetrix

 All-In-One Process Raman Analyzer
Design/ function Suitable for advanced Raman imaging and high-resolution work Ideal for general Raman microscopy applications Designed for bulk sample analysis with high sensitivity and automation features Provides a versatile and modular Raman system for a variety of applications Designed for process and rapid measurements, and straightforward bulk sample analysis
High-level capabilities and use-case scenarios
  • High-speed Raman imaging for large areas (mm2 – cm2) 
  • 3D confocal imaging and terrain imaging (non-flat surfaces)
  • Point-and-shoot measurements of micron-sized samples
  • Small-area imaging (μm2 – mm2)
  • Bulk sample analysis
  • Analysis of powders, tablets, liquids, etc.
  • Auto-sampling for high-throughput analysis
  • Compact system designed for common samples with easy switching of accessories and for hyphenation
  • Laboratory process development
  • In-line, on-line, or at-line process monitoring
  • Macro measurements
  • Direct integration to process control systems
Industries Batteries │ Graphene │ Pharma │ Semiconductor │ Environmental │ Materials │ Polymer/Chemical │ Academic research │ Forensics Pharma/Biopharma | Oil/Gasoline | Batteries | Polymer/Chemical | Food/Beverage
Key users Researchers │ Manufacturing QA/QC │ Engineers Process engineers | Quality engineers | MSAT Scientists | Process development engineers
Lasers supported 455 nm, 532 nm, 633 nm, 785 nm 785 nm
Features & benefits

- Rapid area mapping provides rich chemical spatial information

- Confocal measurement provides information of the layers within a sample without having to slice the sample

- Terrain mapping obtains chemical information from non-flat samples

- Confocal measurement provides information of the layers within a sample without having to slice the sample

- Micron-level spatial resolution for point-and-shoot and for small-area mapping generates research-grade Raman information

- Performs auto-sampling (tablets, vials, or cuvettes) and has the ability to measure through various containers

- Validation option makes this instrument a good choice for pharma and other validated environments

 

- Compact size allows the instrument to be moved easily between labs

- Walk-up instrument design enables macro-measurements, micro-measurements, fiber probe-based measurements, and hyphenation

 

- Compact size saves valuable space

- One-button hardware and simple-to-use software allow for users of all experience levels to work with Raman

- Factory calibrated with no moving parts, requiring minimal maintenance

- Stackable units facilitate multi-system implementation

- Versatile family of probes enables multiple forms of measurement

For Research Use Only. Not for use in diagnostic procedures.