VTM-D SRM
SRM Raman Microscope Dual Laser
VacTechniche Raman Microscope systems
The Raman microscope is a precise system for the analysis and characterization of materials based on Raman spectroscopy. Raman spectroscopy systems are used to identify unknown substances, and the output of this device is in the form of lines referred to as "spectra." These "spectra" are unique and vary for each substance.
Capability to identify and authenticate various materials
Simultaneous microscopic examination of samples
Ability to use SERS kits for detecting substances at very low concentrations
High-resolution spectroscopy (Super Resolution)
Control over the excitation laser energy with extremely fine steps as desired
Widely applicable in central laboratories for use in all fields
High potential for publishing ISI articles
Cost-effective compared to similar foreign samples
Raman MicrsocopesAdditional information
Super Resolution Raman Microscope Dual Laser
The Raman spectrum serves as a comprehensive repository of information about a material, encompassing key details such as characteristic Raman bands indicating material identity, composition insights through peak intensity or multivariate analysis scores, molecular structure or strain denoted by peak position, and crystallinity or phase revealed by peak width, among other parameters.
VTM Scientific's Raman Microscopes in the spectroscopy suite provide a robust solution, offering extensive functionality, including multivariate analysis (MVA). This suite efficiently distills complex spectral data into scientifically meaningful images, making it a powerful tool for researchers and industry professionals alike. Raman emerges as an ideal technique, providing high-quality data, reliability, versatility, and superior value for money compared to alternative analytical methods.
Raman's appeal extends beyond its suitability for analyzing a diverse range of samples; it lies in the rich information content it delivers. Its inherent benefits not only stem from the breadth of samples it can handle but also from the depth of insights it provides, making it a valuable asset in scientific exploration and industrial applications.
VT Mircoscope Features
Fastest Sampling
Automated laser Power switching just by a single mouse click
Large range of options
All modes of microscopy, transmission and reflection illumination
Spectrum online Processing
Laser Light Power control
Extended Spectrum acquires
Extended Range of Raman shift for variety of sample
VT Mircoscope Appliation Area
Materials Engineering
Food & Beverage Quality Control
Chemistry
Pharmaceutic
Biology
Physics
Protein & Nucleic Acid Analysis
Volcanology
Color Analysis
Environments
Nanotechnology
Polymers
Agriculture
VTM-D SRM Dual laserMore Details
High spectral sensitivity and resolution for obtaining the best results in the shortest time.
Capability to obtain spectra from large samples.
Identification and verification of various materials.
Equipped with low-noise CCD.
Capability to perform spectroscopy on liquid samples without bending the container.
Simultaneous microscopic examination of samples.
Ability to use SERS kits for detecting substances at very low concentrations.
Optimized optical design, light source, and receiver system.
Easy operation and maintenance.
Possibility of spectroscopy with an open lid.
Capability to identify materials in very small quantities (micrograms).
Ability to heat and manipulate samples outside the device while simultaneously spectroscoping.
Suitable for solid (powder and tablet) and liquid samples.
Quick preparation of the device for spectroscopy.
Simple and user-friendly graphical interface.
Ability to remove baseline noise.
Equipped with a material reference library containing over 25,000 substances (with very high purity), including substance name, molecular formula, and additional information for each material.
Option to add new substances to the library.
Control over variable parameters, including laser intensity, spectroscopy time, and averaging.
Output options include printed format, images, USB, and Excel.
Capability for operations and processing of output data.
Connectivity to other computational and spectral processing software.
Simultaneous use of two excitation lasers.
Raman spectrum measurement of samples at micron scales (12-10 microns laser spot diameter).
Rapid measurement capability across the entire spectral range (a few milliseconds).
Precise control of excitation laser energy with fine-tuned steps as needed.
Stable optical system to mitigate impact and vibration.
Automatic calibration before each experiment.
No need for external calibration after operation.
High-contrast imaging for precise positioning of samples in micron dimensions.
Internal lens-based illumination system for bright field imaging when using high-magnification lenses.
Materials Engineering
Food & Beverage Quality Control
Chemistry
Pharmaceutic
Biology
Physics
Protein & Nucleic Acid Analysis
Volcanology
Color Analysis
Environments
Nanotechnology
Polymers
Agriculture
Capability to identify and authenticate various substances.
Simultaneous microscopic examination of samples.
Ability to use SERS kits for detecting substances at very low concentrations.
Widely applicable in central laboratories for use across disciplines.
High potential for publishing ISI papers.
Cost-effective compared to similar foreign samples.
15 months of full warranty.
5 years warranty for all optical components.
10 years of after-sales service.
European CE certification.
Nanoscale certification.
Certification for communication with nanoscale.
Catalogue and More Info
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VTM-D SRM Catalogue
SRM Raman Microscope Dual Laser
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Articles & Blog Information
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