Confocal Raman / PL Microscope--Simscop Instrument (Guangzhou) Co., Ltd

Product Overview
Specifications
Appearance & Optical Path
Core Software Features
Application
Accessory
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Confocal Raman / PL Microscope SIMSCOP Raman S

SIMSCOP Raman S eries is an easy-to-use tool for acquiring Raman Spectrum, with a motorized stage customers can perform Raman spectal imapge mapping of the samples.

Features

Upright and inverted microscope structures Adapts to various experimental needs.
Multi-wavelength lasers Supports 405nm, 532nm, 638nm, 785nm, and 1064nm, meeting diverse experimental requirements.
Modular design Connects external laser sources and spectrometers, easily upgradable.
Customizable sample stages Suitable for stretching, high/low-temperature, in-situ, and vacuum stages.
Electric / Manual stages Offers high precision with various configurations.
Multi-mode imaging Supports wide-field Raman, confocal Raman, multi-channel wide-field fluorescence, and photoluminescence microscopy imaging.
Non-coaxial optical measurement support Broadens measurement options and flexibility.

Product Brochure

Confocal Raman / PL Microscope SIMSCOP Raman S

SIMSCOP Raman S eries is an easy-to-use tool for acquiring Raman Spectrum, with a motorized stage customers can perform Raman spectal imapge mapping of the samples.

Features

Upright and inverted microscope structures Adapts to various experimental needs.
Multi-wavelength lasers Supports 405nm, 532nm, 638nm, 785nm, and 1064nm, meeting diverse experimental requirements.
Modular design Connects external laser sources and spectrometers, easily upgradable.
Customizable sample stages Suitable for stretching, high/low-temperature, in-situ, and vacuum stages.
Electric / Manual stages Offers high precision with various configurations.
Multi-mode imaging Supports wide-field Raman, confocal Raman, multi-channel wide-field fluorescence, and photoluminescence microscopy imaging.
Non-coaxial optical measurement support Broadens measurement options and flexibility.

Product Brochure

Confocal Raman Microscopy (CRM) combines Raman spectroscopy and confocal microscopy techniques. This advanced analytical instrument utilizes Raman scattering to obtain Raman information from samples while achieving high spatial resolution imaging through the confocal system.

SIMSCOP's Raman microscope series employs a modular design concept, featuring numerous external interfaces. By integrating different modules, the system achieves multi-functionality, greatly enhancing flexibility and expandability. The system not only enables Raman spectra and image acquisition from samples but also supports 3D confocal imaging acquisition with the SIMSCOP confocal module. Users can flexibly connect external laser sources, spectrometers, and various sample stages according to experimental or application needs to achieve multiple functionalities.

SIMSCOP Dual-Optical Raman & PL Confocal Upright Microscope

SIMSCOP Raman Confocal Inverted Microscope

Features

Upright and inverted microscope structures Adapts to various experimental needs.
Multi-wavelength lasers Supports 405nm, 532nm, 638nm, 785nm, and 1064nm, meeting diverse experimental requirements.
Modular design Connects external laser sources and spectrometers, easily upgradable.
Customizable sample stages Suitable for stretching, high/low-temperature, in-situ, and vacuum stages.
Electric / Manual stages Offers high precision with various configurations.
Non-coaxial optical measurement support Broadens measurement options and flexibility.

Non-coaxial measurement

Non-coaxial measurement

Laser excitation on Point A

Raman detection on point B

High Flexibility in Multiple Microscope Modes

Our microscope systems offer versatile spectral imaging capabilities for a variety of cutting-edge research needs:

Ultraviolet (UV) and infrared (NIR) spectral imaging
Darkfield (DF) and differential interference contrast (DIC) imaging
Kerr microscopy imaging
Widefield Raman microscopy imaging
Confocal Raman microscopy imaging
Multi-channel widefield fluorescence microscopy imaging
Multi-channel photoluminescence microscopy imaging

Applications

Biology and Life Sciences
Material Science
Graphene and Carbon Nanotubes
Nanomaterials
Catalysts
Semiconductors
Process Contamination Analysis
Pharmaceutical Quality Control

Get the Perfect Custom Combination! Contact us now for Various Sample Stage:

High Temperature Stage 1200~1800 C

High Temperature Stage

1200 ~ 1800 ˚C

Electrical Probe Temperature Stage -190 ~ 600 ˚C

Electrical Probe Temperature Stage

-190 ~ 600 ˚C

In-situ Tensile Heating & Cryo stage

Electrochemical In-situ Cell

Software's UI & Function

MicroRam Raman Widefield / Confocal Products Specification

Model	SIMSCOP-RAMAN-S1	SIMSCOP-RAMAN-S2
Laser	Single-channel laser: 1 channel Wavelengths: 532 nm, 638 nm, 785 nm optional Power: 100mW, Linewidth: 0.003nm, Power stability: 1%	Multi-channel laser: Up to 5 channels Wavelengths: 405nm, 532 nm, 638 nm, 785 nm, 1064 nm Power: 100mW, Linewidth: 0.001nm, Power stability: 1% Near-infrared spectrum support
Compatible Spectrometers	Fiber spectrometer / Third-party spectrograph/monochromator (Horiba, Andor, etc.)
Spectral Resolution	Fiber spectrometer: ≤4cm⁻¹ / Third-party spectrograph/monochromator: ≤1.23cm⁻¹
Spectral Range	100 cm⁻¹ – 15,000 cm⁻¹ (customizable)
Fiber Spectrometer Detector Options	Option 1: M Series - Hamamatsu S10420	2048 x 64 pixels, Cooled BSI
	Option 2: MC Series - Hamamatsu S7031-1006S	1044 x 64 pixels, Cooled BSI CCD
	Option 3: HiNA Series - E2V	2000 x 264 Pixel -70°C Cooled BSI CCD Dark Current <0.001e⁻/pixel/s
Wide-field Camera	CMOS back-illuminated camera 15FPS@5440x3648; 50FPS@2736x1824; 60FPS@1824x1216
Confocal Mode	Manual pinhole	Electric continuously variable speed pinhole
Confocal Imaging Resolution	~200nm @100x objective
Spot Size	~1um @50x
Sample Stage	XY electric (manual optional), Z manual (upgradeable to electric), Repeat positioning accuracy: ±0.25μm	XYZ electric, Repeat positioning accuracy: ±0.25μm
Travel Distance	XY: 50mm*50mm, Z: 150mm (customizable)
Load Capacity	10KG
Sample Stage Compatibility	Compatible with standard stretching stages, high-temperature or cryo stages, in-situ stages, and vacuum stages
Microscope Compatibility	Compatible with upright/inverted microscopes
Objectives (Optional)	Long working distance 10X objective NA: ≥0.25; WD: ≥30mm; Resolution: ≤1um Long working distance 20X objective NA: ≥0.40; WD: ≥20mm; Resolution: ≤0.80um Long working distance 50X objective NA: ≥0.50; WD: ≥10mm; Resolution: ≤0.60um
Software	Standard Software Features	Advanced Features 1. Z-axis Autofocus 2. Confocal Adaptive Pinhole 3. 3D Scanning Imaging 4. Advance Raman Spectroscopy data analysis

Upright Confocal Raman /Fluorescence MicroscopeAppearance & Optical Path

SIMSCOP_Raman_S1-Upright Confocal Raman / Fluorescence Microscope

SIMSCOP Raman S1

Upright Confocal Raman/Fluorescence Microscope

Inverted Confocal Raman / Fluorescence Microscope -Appearance & Optical Path

SIMSCOP Raman S2 Inverted Confocal Raman/Fluorescence Microscope

Optimized Multi-Fluorescence Channels for Biological Users Supports multi-channel laser sources or imaging cameras Allows the use of multiple cameras for fluorescence imaging and image integration Simultaneously collects single-point spectra/Raman signals while acquiring fluorescence images Users can freely add multiple modules

SIMSCOP_Raman_S_Software_UI

Core Software Features

1. Raman Confocal Image Acquisition Software

Supports real-time control and synchronization of hardware devices like motorized stages, lasers, cameras, and spectrometers.
Allows flexible setting of Raman spectroscopy parameters, such as exposure time, averaging, and wavelength range, to meet different experimental needs.

2. Confocal 3D Scanning and Raman Mapping Function

Users can define the scanning range and points on the XY plane and achieve automated scanning through motorized stages.
The software records Raman spectral data at each point, supports selecting Raman peaks to generate Raman characteristic maps, facilitating the analysis and comparison of the sample's Raman characteristics.
Supports point, line, and area 3D tomography imaging, and 3D image stitching.
Provides intuitive 3D video images and Raman spectra display, helping users fully understand the structural and chemical characteristics of the samples.

3. Professional Raman Spectroscopy Acquisition and Processing Software

Includes complete instrument control, data acquisition, and processing functions, such as Raman peak matching, automatic fluorescence background correction, auto exposure, averaging, noise reduction, and filtering.
Supports advanced data analysis functions like FWHM measurement and signal integration, providing comprehensive data processing solutions.

4. Third-Party Spectrometer Support

The software supports common third-party spectrometers, facilitating microscope upgrades for existing large spectrometers.

Applications Singapore IMRE Ultra-Low Temperature Raman System
	IMRE Raman Test Results, 532nm Raman
Sun Yat-sen University Dual Optical Path PL Test System
	Sun Yat-sen University PL Test Results

Get the Perfect Custom Combination! Contact us now for Various Sample Stage:

High Temperature Stage 1200~1800 C

High Temperature Stage

1200 ~ 1800 ˚C

Electrical Probe Temperature Stage -190 ~ 600 ˚C

Electrical Probe Temperature Stage

-190 ~ 600 ˚C

In-situ Tensile Heating & Cryo stage

Electrochemical In-situ Cell