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Thermo Scientific - Raman Spectrometers | DXR3 Raman Microscope

Supplier: Thermo Fisher Scientific Australia Pty Ltd

Raman Spectrometers | DXR3 Raman Microscope

This Raman microscope is designed for high-sensitivity and high spatial resolution analysis in research, forensic and pharmaceutical applications.

Fast, reliable Raman imaging with advanced automation for high-precision research applications.

Key Features

Advanced confocal Raman microscope for rapid, reliable Raman data collection
Fully automated calibration and alignment for consistent, accurate measurements
State-of-the-art 3D visualisation software and rapid particle analysis
Automatic fluorescence correction, automatic exposure adjustment and cosmic ray rejection
Self-adjusting, class 1 laser safety with protected observation beam path
Validated for DQ/IQ/OQ/PQ procedures, with full documentation and software support (21 CFR Part 11 compliance)
Supports multiple excitation lasers: 455 nm, 532 nm (standard/high power), 633 nm (standard/high power), 780 nm
High spatial (down to 540 nm) and confocal depth (to 1.7 µm) resolution
Research-quality Olympus optics and advanced, robust spectrograph design with no moving parts
Automatic intensity correction for instrument-to-instrument comparison
Convenient reconfiguration and component swapping within the DXR3 family

Applications

Pharmaceutical analysis: Polymorphism, contaminant particles, diffusion studies
Forensics: Trace investigation, illicit drug identification
Microplastics and polymers: Inclusion/gel defects, lamination, weathering
Nanotechnology: Characterisation of graphene, CNTs, DLC coatings
Art restoration/conservation: Pigment, resin, glaze, and paint identification
Archaeology: Characterisation of bone, horn, shell, ceramics
Solar energy: Silicon crystallinity, photovoltaic material characterisation
Gemology: Fast stone identification, distinguishing natural/synthetic diamonds
Academic research: Materials science, biology, general applied research

Technical Specifications

Model	DXR3
Type	Confocal Raman Microscope
Spatial Resolution	Down to 540 nm
Confocal Depth Resolution	Down to 1.7 µm
Wavelength Range	455 nm; 532 nm (standard/high power); 633 nm (standard/high power); 780 nm
Laser Power	Fine control in 0.1 mW increments
Spectral Range	3,500 to 50 cm?¹ (extended to 6,000 cm?¹ for 532 nm)
Dimensions (W x D x H)	94 cm x 68 cm x 61 cm
Weight	66.5 kg
Electrical Requirements	100 to 240 V AC, 47 to 63 Hz
Operating Temperature	16 to 27 °C
Unit Size	Each

Additional System Information

Advanced automatic laser safety and component recognition
Compatible with optional Raman polarisation for additional structural details
Robust construction for long-term reliable operation
Easy system reconfiguration with auto-recognition and locking adjustments

To contact Thermo Fisher Scientific Australia Pty Ltd about Thermo Scientific Raman Spectrometers | DXR3 Raman Microscope use Get a quote.

Key Features

Advanced confocal Raman microscope for rapid, reliable Raman data collection
Fully automated calibration and alignment for consistent, accurate measurements
State-of-the-art 3D visualisation software and rapid particle analysis
Automatic fluorescence correction, automatic exposure adjustment and cosmic ray rejection
Self-adjusting, class 1 laser safety with protected observation beam path
Validated for DQ/IQ/OQ/PQ procedures, with full documentation and software support (21 CFR Part 11 compliance)
Supports multiple excitation lasers: 455 nm, 532 nm (standard/high power), 633 nm (standard/high power), 780 nm
High spatial (down to 540 nm) and confocal depth (to 1.7 µm) resolution
Research-quality Olympus optics and advanced, robust spectrograph design with no moving parts
Automatic intensity correction for instrument-to-instrument comparison
Convenient reconfiguration and component swapping within the DXR3 family

Applications

Pharmaceutical analysis: Polymorphism, contaminant particles, diffusion studies
Forensics: Trace investigation, illicit drug identification
Microplastics and polymers: Inclusion/gel defects, lamination, weathering
Nanotechnology: Characterisation of graphene, CNTs, DLC coatings
Art restoration/conservation: Pigment, resin, glaze, and paint identification
Archaeology: Characterisation of bone, horn, shell, ceramics
Solar energy: Silicon crystallinity, photovoltaic material characterisation
Gemology: Fast stone identification, distinguishing natural/synthetic diamonds
Academic research: Materials science, biology, general applied research

Technical Specifications

Model	DXR3
Type	Confocal Raman Microscope
Spatial Resolution	Down to 540 nm
Confocal Depth Resolution	Down to 1.7 µm
Wavelength Range	455 nm; 532 nm (standard/high power); 633 nm (standard/high power); 780 nm
Laser Power	Fine control in 0.1 mW increments
Spectral Range	3,500 to 50 cm?¹ (extended to 6,000 cm?¹ for 532 nm)
Dimensions (W x D x H)	94 cm x 68 cm x 61 cm
Weight	66.5 kg
Electrical Requirements	100 to 240 V AC, 47 to 63 Hz
Operating Temperature	16 to 27 °C
Unit Size	Each

Additional System Information

Advanced automatic laser safety and component recognition
Compatible with optional Raman polarisation for additional structural details
Robust construction for long-term reliable operation
Easy system reconfiguration with auto-recognition and locking adjustments

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Supplier

Supplier: Thermo Fisher Scientific Australia Pty Ltd

Location: Scoresby, VIC

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Scoresby , VIC

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Sep 2026

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