About The product
IndiRAMTM CTR-Series Raman Spectroscopy Systems are the 1st commercially viable Make In India High Resolution Micro Raman Spectrometer Systems, developed by TechnoS Instruments, in collaboration with CSIR-AMPRI, Bhopal, under the Govt. of India’s New Millennium Indian Technology Leadership Initiative (NMITLI).
Product Features
- Compact & Flexible System Configuration
- High Resolution: < 0.3 -1 cm -1
- Measurement down to 10 -1 cm using specialized filters
- Confocal Optics for Microscope and Remote Probe
- Fully Automated 2D, 3D Raman Imaging
- Attachable to other Advanced analytical tools (e.g AFM, XRD, SEM etc.)
- Modular Approach and Customized solutions ( UV-VIS-NIR etc.)
Areas of Application
Pharmaceutical & Nutraceuticals
Life Science & Medical Diagnostics
Forensic & Narcotics
Composite materials, Thin Flimsetc
Pesticides & Agro Industries
Chemical & Petrochemicals
Adulteration studies Food, Milk, Ghee etc
Material Science, 2D Materials, Battery, Diamond etc
Application Notes
What is the CTR Series Raman Spectrometer?
CTR series Raman Spectrometer is a state-of-the-art Raman Spectrometer with an unmatched capability to identify a broad range of materials, as well as to quantify material concentrations at femto-molar level. The system comprises of one or more laser sources, an imaging spectrometer, TE cooled (-10oC / -60oC) CCD camera, an optical magnifying lens with a spatial resolution < 1µm. The CTR series Raman Spectrometer offers unparalleled sensitivity and resolution, making it ideal for nanoscale analysis and intricate molecular investigations. Easy to use, Microsoft Windows-based control and data processing software enables the user to comfortably operate the spectrometer.
Based on the application, one can configure the system to have one or more excitation sources (lasers). There are many laser sources available such as 375nm, 405nm, 532nm, 638nm, 785nm, 1064nm, and many more. The laser sources range from ultra-violet to infra-red, thus enabling the CTR Raman Spectrometer to study a wide variety of materials from Diamonds and Gemstones to pharmaceutical drugs to soft human/animal tissue.
Molecular Signatures of CTR Series Raman Spectrometer
At the heart of Raman spectroscopy lies the principle of inelastic scattering of light, where molecules interact with photons, inducing characteristic vibrational modes. The resulting Raman scattering spectrum provides a unique fingerprint of molecular composition, enabling identification and analysis across diverse samples, from pharmaceuticals to materials science and beyond.
Why do we consider the Micro Raman Spectrometer for precision?
At the heart of its appeal lies the CTR Raman Spectrometer's unparalleled accuracy and reliability. With its advanced technology and sophisticated design, this instrument offers precise insights into molecular composition with unmatched detail and clarity.
One of the key features that sets the CTR Raman Spectrometer apart is its ability to detect even the faintest Raman scattering signals from materials. This high sensitivity ensures that no detail is overlooked, making it the ideal choice for applications where precision and sensitivity are paramount.
Unparalleled Performance of CTR Series Raman Spectrometer
The CTR Series Raman Spectrometer distinguishes itself through its exceptional performance metrics. With high-resolution optics and ultra-sensitive detectors, these systems boast unparalleled signal-to-noise ratios, ensuring precise detection even in complex matrices. Moreover, advanced spectral processing algorithms enhance data accuracy and reliability, empowering researchers with confidence in their analyses.
Versatility in Applications In CTR Series Raman Spectrometer
One of the hallmark features of the CTR Series Raman Spectrometer system is its versatility across a myriad of applications. Whether investigating pharmaceutical formulations for drug development, characterizing polymers for material science advancements, or probing biological samples for medical diagnostics, these systems deliver robust and insightful results. From fundamental research to industrial applications, the CTR-Series adapts seamlessly to diverse experimental needs.
Enhanced User Experience for CTR Series Raman Spectrometer
In addition to their technological prowess, the CTR Series Raman Spectrometer system prioritizes user experience and workflow efficiency. Intuitive software interfaces facilitate seamless instrument control and data acquisition, streamlining experimental processes and accelerating insights. Furthermore, modular designs offer flexibility for customization and future upgrades, ensuring adaptability to evolving research demands.
Pushing Boundaries of Innovation for CTR Series Raman Spectrometer
The CTR Series Raman Spectrometer System catalyzes innovation, empowering researchers to push the boundaries of scientific discovery. By providing access to molecular insights with unprecedented precision and speed, these instruments catalyze breakthroughs in diverse fields, driving progress and fostering interdisciplinary collaboration.
Advancing Research Frontiers of CTR Series Raman Spectrometer
From elucidating disease mechanisms to optimizing materials for sustainable technologies, the impact of the CTR Series Raman Spectrometer system reverberates across the scientific landscape. By unraveling molecular mysteries with unmatched clarity and depth, researchers leverage these systems to advance knowledge frontiers, address global challenges, and pave the way for a brighter, more informed future.
Confocal Raman Spectrometer: Probing Molecular Vibrations with Precision
A Confocal Raman Spectrometer is an advanced analytical instrument combining confocal microscopy principles and Raman spectroscopy. Here's what you need to know:
Principle
Confocal Raman spectroscopy uses a focused laser beam to excite molecular vibrations within a sample. The scattered light, containing Raman-shifted frequencies, is collected and analyzed. The confocal aspect ensures precise spatial resolution, allowing researchers to investigate specific regions within a sample.
Spatial Resolution
Unlike conventional Raman spectroscopy, which collects signals from the illuminated area, the confocal setup pinpoints a tiny volume (typically a few micrometers) within the sample. This enables detailed mapping of chemical composition, phase transitions, and defects.
Applications
- Materials Science: Study crystal structures, polymorphism, and stress distribution in materials.
- Biomedical Research: Examine cellular components, tissues, and drug delivery systems.
- Pharmaceuticals: Analyze drug formulations, identify impurities, and assess drug-polymer interactions.
- Geology: Investigate mineral composition and geological samples.
Advantages
- Spatial Selectivity: Target specific areas of interest.
- Reduced Background: Minimize interference from surrounding materials.
- Non-Destructive: Requires minimal sample preparation.
- High Sensitivity: Detects low concentrations of molecules.
Confocal Laser Raman Spectrometer: Peering into Molecular Fingerprints
The Confocal Laser Raman Spectrometer builds upon the confocal concept, enhancing Raman spectroscopy:
- Laser Focus: A tightly focused laser beam illuminates the sample. The confocal pinhole ensures that only light from the focal point contributes to the Raman signal.
- Depth Profiling: By varying the focal depth, researchers can explore different layers within a sample. This is valuable for analyzing multilayer structures or buried interfaces.
- Chemical Mapping: Create 2D or 3D maps of chemical distribution. Whether investigating biological tissues, semiconductor devices, or art conservation, this technique provides invaluable insights.
- Biomedical Imaging: In vivo Raman imaging of tissues and cells becomes feasible, aiding disease diagnosis and drug monitoring.
Conclusion
In the realm of analytical chemistry, the CTR-Series Raman Spectroscopy System stands as a beacon of innovation and discovery. With their unparalleled performance, versatility, and user-centric design, these instruments empower researchers to delve into the intricacies of molecular structures across diverse applications. As scientific inquiry evolves, the CTR-Series continues to push the boundaries of possibility, unlocking new realms of understanding and driving progress toward a more enlightened tomorrow.
FAQ's About CTR Series Raman Spectrometer
The CTR Series Raman Spectrometer offers advanced technology with high-resolution optics and ultra-sensitive detectors, ensuring precise detection even in complex samples.
The CTR Series Raman Spectrometer adapts seamlessly to diverse experimental needs, ranging from pharmaceutical formulations to materials science and medical diagnostics.
The CTR Series prioritizes user experience and workflow efficiency with intuitive software interfaces and modular designs for customization and upgrades.
The CTR Series Raman Spectrometer catalyzes innovation by enabling breakthroughs across diverse fields, from elucidating disease mechanisms to optimizing materials for sustainable technologies.