MR-3CHANNEL Triple Channel Micro Raman Spectrometer

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MR-3CHANNEL Triple Channel Micro Raman Spectrometer

Product ID：FGlm090

Price: US$39,980.00 ~ US$59,980.00 PDF Format

Supply Ability:50 SETS/MON

Port:SHENZHEN

Product Introduction
Other information

Model NumberMR-3CHANNEL

Brand NameRUHAIGUANGDIAN

Payment TermsTT，PAYPAL，Alibaba.com Pay

MR-3CHANNEL Triple Channel Micro Raman Spectrometer
Product Introduction
The MR-3CHANNEL Triple Channel Micro Raman Spectrometer is an integrated Raman microscopy system combining optical microscopy observation, camera imaging, Raman spectral analysis, and Raman hyperspectral imaging. Designed for advanced material characterization, it provides a flexible multi-wavelength Raman spectroscopy solution with three external channels that allow three different Raman spectrometer modules to be installed simultaneously.
The system supports multiple excitation wavelengths including 405nm, 532nm, 633nm, 785nm, 830nm, and 1064nm, enabling rapid automatic switching between different Raman detection modules through software control. With an optional automated platform, the MR-3CHANNEL can perform automatic point scanning and Raman mapping for high-resolution chemical imaging.
The instrument is widely used for micro-area analysis, material identification, semiconductor research, nanomaterials, pharmaceuticals, polymers, and scientific research applications requiring precise Raman spectroscopy and imaging.

Performance Features
● Three-channel Raman integration design supporting multiple excitation wavelengths.
● Compatible with 405nm, 532nm, 633nm, 785nm, 830nm and 1064nm Raman modules.
● Three Raman spectrometer modules can be installed simultaneously for fast wavelength switching.
● Integrated Raman microscope system with optical observation, imaging and spectral analysis.
● Supports automatic point scanning and Raman hyperspectral imaging with optional motorized platform.
● Micro-area Raman analysis with high spatial resolution.
● Automatic focusing function improves measurement efficiency.
● Flexible configuration options with cooled and deep-cooled spectrometers.
● Suitable for different samples requiring different laser wavelengths and detection sensitivity.

Working Principle
The MR-3CHANNEL Micro Raman Spectrometer uses the Raman scattering effect to analyze material composition.
When laser light is focused onto the sample surface through the microscope objective, most of the incident light is elastically scattered (Rayleigh scattering), while a small portion interacts with molecular vibrations and produces Raman scattering with shifted wavelengths.
The Raman scattered light is collected by the confocal optical system and transmitted to the selected spectrometer module. Different excitation wavelengths can be selected according to sample characteristics to reduce fluorescence interference or improve detection sensitivity.
The three-channel structure allows multiple Raman spectrometer modules to be connected simultaneously. Through software switching, users can quickly select different wavelengths for Raman analysis, enabling efficient multi-wavelength detection and Raman imaging.

Technical Parameters

Parameter	Specification
System Type	Triple channel micro Raman spectrometer
Raman Channels	3 external Raman module channels
Supported Excitation Wavelengths	405nm / 532nm / 633nm / 785nm / 830nm / 1064nm
Spectral Range	Depends on selected Raman module
Spectral Resolution	Depends on selected Raman module
Integration Time	8ms–30min (deep cooled array spectrometer)
Microscope Module Size	550 × 280 × 380mm
Raman Module Size	According to configuration
Objective Lens	Infinity corrected long working distance plan achromatic metallographic objective
CCD Imaging	Available
Focusing Structure	Double-layer mechanical stage
Stage Size	210mm × 140mm
Stage Travel Range	63mm × 50mm
Automatic Platform (Optional)	XYZ three-axis automatic control
Automatic Platform Accuracy	1μm

Applications
The MR-3CHANNEL Triple Channel Raman Spectrometer is suitable for:
Material Science
● Nanomaterials characterization
● Graphene and carbon materials analysis
● Crystal structure identification
● Polymer and composite material testing
Semiconductor and Electronics
● Semiconductor material inspection
● Thin film analysis
● Microelectronic component research
● Failure analysis
Pharmaceutical and Chemical Research
● Drug component identification
● Chemical composition analysis
● Polymorph detection
Biology and Life Science
● Biological sample analysis
● Cellular chemical imaging
● Biomolecule research
Industrial Quality Control
● Coating analysis
● Pigment identification
● Contamination detection
● Product quality inspection

MR-3CHANNEL vs Traditional Raman Spectrometer

Feature	MR-3CHANNEL Triple Channel Raman Spectrometer	Conventional Raman Spectrometer
Laser Configuration	Supports three Raman modules simultaneously	Usually single wavelength
Wavelength Switching	Software-controlled automatic switching	Manual replacement or limited switching
Raman Imaging	Supports automatic Raman mapping	Usually requires additional configuration
Microscope Integration	Integrated microscopy and Raman analysis	Basic spectral measurement
Micro-area Detection	Excellent for microscopic samples	Limited or requires accessories
Flexibility	High configuration flexibility	Fixed configuration
Application Range	Research and industrial applications	General Raman analysis

FAQ
1. What is the advantage of a triple channel Raman spectrometer?
The triple channel design allows three Raman modules with different wavelengths to be installed simultaneously, enabling rapid switching between excitation wavelengths without replacing optical components.
2. Which laser wavelengths are supported by MR-3CHANNEL?
The system supports 405nm, 532nm, 633nm, 785nm, 830nm and 1064nm excitation wavelengths depending on the selected Raman modules.
3. Can the MR-3CHANNEL perform Raman imaging?
Yes. With the optional automatic XYZ platform, the system can perform automatic point scanning and Raman hyperspectral imaging.
4. What samples can be analyzed?
The system can analyze materials including polymers, semiconductors, nanomaterials, pharmaceuticals, coatings, crystals, biological samples and chemical materials.
5. Does the system support different detector configurations?
Yes. Users can select non-cooled, cooled or deep-cooled Raman spectrometer modules according to sensitivity and application requirements.
6. What is the benefit of confocal Raman microscopy?
Confocal Raman technology provides improved spatial resolution and enables precise chemical analysis of microscopic areas.

Product Summary
The MR-3CHANNEL Triple Channel Micro Raman Spectrometer is a high-performance multi-wavelength Raman microscope system designed for advanced Raman analysis, Raman mapping and microscopic material characterization. With three independent Raman channels, flexible laser selection, automatic imaging capability and high-resolution detection, it provides an efficient solution for scientific research and industrial analysis.

FAQ
1. What is the advantage of a triple channel Raman spectrometer?
The triple channel design allows three Raman modules with different wavelengths to be installed simultaneously, enabling rapid switching between excitation wavelengths without replacing optical components.
2. Which laser wavelengths are supported by MR-3CHANNEL?
The system supports 405nm, 532nm, 633nm, 785nm, 830nm and 1064nm excitation wavelengths depending on the selected Raman modules.
3. Can the MR-3CHANNEL perform Raman imaging?
Yes. With the optional automatic XYZ platform, the system can perform automatic point scanning and Raman hyperspectral imaging.
4. What samples can be analyzed?
The system can analyze materials including polymers, semiconductors, nanomaterials, pharmaceuticals, coatings, crystals, biological samples and chemical materials.
5. Does the system support different detector configurations?
Yes. Users can select non-cooled, cooled or deep-cooled Raman spectrometer modules according to sensitivity and application requirements.
6. What is the benefit of confocal Raman microscopy?
Confocal Raman technology provides improved spatial resolution and enables precise chemical analysis of microscopic areas.