IndiRAM™ Handheld Raman Spectrometer
Handheld Raman Spectrometer
The IndiRAM™ Handheld Raman Spectrometer is a portable Raman analysis system designed for rapid, on-site identification of unknown substances without opening or transferring the sample. Its contactless measurement capability allows users to analyse suitable samples through compatible packaging, including poly bags and glass vials. Built for demanding field environments, it is designed for applications involving pharmaceuticals, forensic substances, narcotics, hazardous materials, explosives, chemicals, and other materials requiring rapid field-based analysis. Compact and lightweight, the handheld Raman spectrometer supports non-destructive material identification by comparing measured Raman spectra with reference spectra in a spectral library, helping users obtain rapid analytical information at the point of need.
Product Features
Compact and Convenient On-Site Inspection
One-Click Material Identification via Touchscreen
Up to 4 Hours of Continuous Operation
Built-In Spectral Library Management System – IndiRAMID™
21 CFR Part 11 Compliance
Wi-Fi and Bluetooth Connectivity
Integrated Barcode Scanner
Areas of Application
Pharmaceuticals & Raw Material Identification
Forensics & Narcotics Analysis
Hazardous Materials Identification
Food Adulteration Analysis
Chemical & Petrochemical Analysis
Art & Pigment Analysis
Explosive Material Identification
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Application Note
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A fundamental understanding of battery materials and their characterisation is essential for advancing energy-storage technologies and improving battery performance.
Tracer Forensic Analysis
Raman Spectroscopy has found applications in diverse fields of forensic science, such as toxicology, trace analysis, drug detection, and document authentication.
Pharmaceutical API / RMID
The quality of pharmaceutical products depends on the consistency and uniformity of active pharmaceutical ingredients (APIs) and excipients.
Why This Handheld Raman Analyser Is Different: SORS Technology
A conventional handheld Raman analyser typically works best when the laser can directly reach the sample. That can become difficult when the material is sealed inside packaging or hidden behind a barrier. The IndiRAM Handheld Raman Spectrometer uses Spatially Offset Raman Spectroscopy (SORS) to overcome this limitation, allowing Raman measurements to be performed through many non-metallic barriers, including plastic, paper, glass, and fabric.
SORS works by collecting Raman signals at different positions around the point of laser illumination. This helps separate the spectral contribution of the outer packaging from the material inside, making it possible to analyse certain concealed substances without opening the container. For field teams, this can be particularly useful when handling an unknown material, which carries unnecessary risk. A substance sealed inside a container, bag, or layered packaging can potentially be screened without physically breaching the package. This approach can save handling time while helping reduce direct contact with potentially hazardous materials.
How a Handheld Raman Spectrometer Works
The IndiRAM Handheld Raman Spectrometer uses the Raman effect to identify materials by their molecular fingerprint. A laser is directed onto the sample, and the instrument measures the small portion of light that is scattered at shifted wavelengths. These Raman shifts contain information about the sample’s molecular composition and can be used to distinguish one substance from another.
The measured spectrum is compared with spectra stored in the instrument’s reference library. When a suitable library match is found, the system provides an identification result. If no reliable match is available, the material can be flagged for further laboratory analysis rather than forcing an uncertain identification.
Handheld Raman Spectrometer Applications
The IndiRAM Handy Series brings Raman-based material identification closer to where decisions need to be made. Its portable, contactless design supports rapid screening across pharmaceutical, forensic, industrial, and field applications.
Pharmaceutical Raw Material & API Identification
Verify raw materials, APIs, and excipients at receiving points or within production environments before they enter the manufacturing process. Non-contact measurement can help reduce unnecessary sample handling while supporting material verification and quality-control procedures.
Forensic & Narcotics Detection
Screen suspected narcotics, unknown powders, and other materials in the field with minimal sample handling. Through-barrier Raman measurement can help investigators examine suitable packaged samples without opening them, supporting safer preliminary screening and evidence-handling procedures.
Explosives & HAZMAT Response
In situations involving potentially hazardous or unknown materials, contactless Raman screening can provide useful chemical information without requiring immediate sample removal. For explosives, HAZMAT, and CBRN-related responses, suitability depends on the material, packaging, measurement conditions, and established operational safety procedures.
Food Adulteration Screening
Perform rapid preliminary screening of selected food, agricultural, and other materials where Raman signatures can help identify differences in composition or detect potential adulteration. Suspect findings can then be referred for appropriate laboratory confirmation.
Chemical & Petrochemical Quality Control
Use handheld Raman analysis for on-site verification of chemical materials in industrial environments. Rapid material checks can support quality-control workflows, material identification, and operational decision-making where laboratory access is limited.
From pharmaceutical quality control and forensic investigation to chemical processing, food screening, and materials analysis, a handheld Raman spectrometer can extend Raman-based identification beyond the laboratory. Its value is particularly apparent when rapid, non-contact analysis is needed at the point of inspection.
Handheld Raman Spectrometer Manufacturer & Supplier in India
The Make in India IndiRAM handheld Raman spectrometer is designed and manufactured by TechnoS Instruments in Jaipur, India. As a manufacturer and supplier, TechnoS provides direct access to product expertise, application guidance, demonstrations, sampling support, and after-sales service.
From selecting the right configuration to understanding specific measurement requirements, our team works closely with users to identify a Raman solution suited to their application. With local technical and service support, Indian customers can communicate directly with the product team throughout the evaluation, installation, training, and ongoing use of their IndiRAM Raman system.