About us

Quality: Our cGMP licensed laboratory employs state-of-the-art instrumentation utilizing current testing methodologies in accordance with US FDA regulations and US Pharmacopoeia standards. We are service oriented professionals and our only business is your testing needs.
Services: Varma Labs Incorporated is pleased to offer the highest quality chemistry data in the industry while providing superior value-added customer convenience along with analytical metod development and metod validations for new molecules. Our wide range of analytical testing includes nutraceuticals, active herbal ingredients, active pharmaceutical ingredients (API’s), vitamins, enzymes, amino acids, metals, solvent residues, aflatoxins and mycotoxins. We also provide services for food analysis.

Our Services

Testing Services

The Analytical Division at Varma labs is by far the best equipped laboratory in the country with capabilities to perform most of the pharmacopoeial tests, deploying the leading equipment from world leaders. The work process is driven by robust quality management system and operates through LIMS package, which tracks the entire laboratory work flow and data flow including specifications, raw data, test reports, quality system formats etc. and provides role based controlled access to all the users from its central server and a single source of data storage

Impurity Profile

  • Organic impurities & inorganic impurities are estimated at the levels ranging from PPM to sub PPT levels using high sensitive techniques like mass spectroscopy. Process impurities are estimated using HPLC and Ion Chromatography systems Crystallinity and Polymorphism studies are conducted using XRD, DSC etc. at as low as 0.1% Isomers are separated and quantified using Chiral HPLC Toxic residues are estimated with the aid of GC-MS/MS

  • Method development & validations for various techniques like chromatography, ICP-MS, mass spectroscopy, particle size, X-ray diffraction etc. Validations for related substance, assay, residual solvents, dissolution profile, trace metals, particle size distribution. HPLC systems with UV, flourescence detectors, RI detectors, conductivity detectors and PDA detectors

  • Powder particles (0.5 to 2000 microns) are characterized using laser diffraction, light obscuration and microscopic techniques. Liquid Borne particulate Matter (2.0 microns to 400 microns) is measured as per BP, USP and IP Specific Surface Area and porosity by BET method

  • As per IP, USP, BP, EP, JP Exceipient analysis Heavy metals by ICP-MS/ AAS including rare earth elements and catalyst residues

  • NMR, Mass, FTIR, HATR, DSC, TGA XRD, CHNSO (Elemental Analysis) 6 Moisture Analysis: Loss on Drying (LOD) Coulometric Titrations Karl Fischer Titrations

  • Elemental analysis: Inductively Coupled Plasma Techniques can be very powerful tools for detecting and analyzing trace and ultra-trace elements. Over the past years, ICP-MS has become the technique of choice in many analytical laboratories for providing the accurate and precise measurements needed for today’s demanding applications and for providing required lower limits of detection. As a leader in trace element analysis, EAI offers its customers a range of ICP methods capable of handling the majority of applications for which radio-analytical techniques may be unsuitable. The following descriptions provide an overview of the Quadrupole ICP-MS, High Resolution ICP-MS, and ICP-OESsystems currently utilized by EAI.

Get in touch

Main Office
Door No:8-96
Sabbavaram Road
Office: 08924-240122
Mobile: 970 434 7778
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