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Fourier Transform Infrared Spectroscopy
NABL-accredited Fourier Transform Infrared (FTIR) testing for raw material identification, adulteration detection, polymer and packaging characterisation, and excipient verification across pharmaceutical, food, herbal, and cosmetic samples.
Six confirmed FTIR applications across the Auriga lab network — primarily qualitative and identification workflows under ISO/IEC 17025:2017 scope.
Qualitative identification of pharmaceutical, food, and herbal raw materials per ISO/IEC 17025:2017 scope, including IR fingerprint matching against reference spectra.
Detection of adulteration in fats, edible oils, and spices through IR spectral comparison and characteristic peak analysis.
Polymer identification and characterisation of plastic and rubber packaging materials for pharmaceutical and food-contact applications.
Counterfeit product detection through IR fingerprint comparison against genuine reference samples and pharmacopoeial identity spectra.
Identity verification of excipients used in pharmaceutical formulations against IP, USP, and BP monograph reference spectra.
Solid-state characterisation support per USP and IP methods, complementing XRD for polymorph identification and crystalline phase confirmation.
Scope note: FTIR is a qualitative and semi-quantitative identification technique. For quantitative assay needs route to HPLC; for elemental analysis route to ICP-MS.
FTIR instruments deployed at three Auriga labs supporting pharmaceutical, food, herbal, and cosmetic raw material identification.
FTIR deployed for raw material identification and routine pharmaceutical, food, and herbal identity testing.
View lab →FTIR with ATR attachment for rapid analysis without sample preparation across pharmaceutical and AYUSH samples.
View lab →FTIR deployed for food adulteration, packaging characterisation, and identity testing in South India.
View lab →
Rapid analysis directly on solid and liquid samples without sample preparation. Available with ATR attachment at the Baddi facility.
For powders and rough surfaces. Useful for raw material identity verification and agricultural commodity screening without pellet preparation.
Classical transmission mode for films, thin layers, and KBr pellet preparations. Used for polymer films and packaging material characterisation.
Six industries served by FTIR analysis across the Auriga lab network.
Raw material identity, excipient verification, counterfeit screening, and polymer packaging characterisation across pharmaceutical QC and dossier requirements.
View service page →Adulteration detection in fats, oils, and spices, plus raw material and packaging identification for food businesses and processors.
View service page →Identity verification of botanical raw materials and AYUSH formulations through IR fingerprint comparison against reference spectra.
View service page →Identification of cosmetic raw materials, fatty acid composition, polymer packaging, and counterfeit cosmetic product screening.
View service page →VOC identification in soil and water matrices, contaminant profiling, and identification of unknown compounds for environmental compliance reporting.
View service page →Bioactive ingredient confirmation, raw material identity verification, and purity testing for nutraceutical raw materials and finished supplements.
View service page →Three reasons pharma, food, herbal, and cosmetic clients use the Auriga FTIR service.
FTIR instruments deployed at Delhi, Baddi, and Bangalore. Capacity available for routine raw material identification without queue delays.
Attenuated Total Reflectance (ATR) attachment at the Baddi facility enables rapid analysis directly on solid and liquid samples without sample preparation.
NABL-accredited FTIR results are accepted for CDSCO pharmaceutical dossiers, FSSAI food business submissions, and AYUSH licensing.
FTIR pairs with these complementary techniques across the Auriga analytical platform.
For elemental analysis at parts-per-billion sensitivity — heavy metals, trace impurities, ICH Q3D testing.
View ICP-MS →For quantitative assay, related substances, dissolution, and pharmacopoeial impurity profiling.
View HPLC →For crystalline structure, polymorph identification, and phase composition complementing FTIR identity testing.
View XRD →NABL-accredited FTIR raw material identification, adulteration detection, and polymer characterisation across Delhi, Baddi, and Bangalore labs.
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