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.)
General Purpose System

Areas of Application

Pharmaceutical & Nutraceuticals

Pharmaceutical & Nutraceuticals

Life Science & Medical Diagnostics

Life Science & Medical Diagnostics

Forensic & Narcotics

Forensic & Narcotics

Gemmology & Mineralogy

Composite materials, Thin Flimsetc

Pesticides and Agro Industries

Pesticides & Agro Industries

Services

Chemical & Petrochemicals

Services

Adulteration studies Food, Milk, Ghee etc

Material Science, 2D Materials, Battery, Diamond etc

Material Science, 2D Materials, Battery, Diamond etc

What is the CTR Series Raman Spectrometer?

CTR series Raman Spectrometer is another age-high-goal Raman Spectrometer with a high aversion to quantify even an exceptionally frail Raman dissipating from materials. It is a fundamental framework comprising of a laser source, an imaging spectrometer, TE cooled CCD camera, an optical magnifying lens with a spatial goal < 1µm, or potentially a distant Raman test. In view of the application, one can pick single/numerous proper UV, Noticeable, and Close to IR excitation laser sources, which permits the sweep of a wide assortment of tests including natural mixtures. Easy to use, Native created Windows-based control and information handling programming make the activity of the spectrometer exceptionally simple.

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.

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 serves as the catalyst for 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.

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.