At Auriga Research, Inductively Coupled Plasma Mass Spectrometry (ICP-MS) is leveraged to provide precise trace elemental analysis. This powerful technique offers ultra-low detection limits for almost all elements on the periodic table, making it ideal for detecting and quantifying contaminants at parts-per-trillion (ppt) levels across various industries including pharmaceuticals, environmental testing, and food safety
ICP-MS achieves ppt-level detection for trace elements, essential in industries with strict safety standards.
It allows simultaneous detection of multiple elements, providing efficient and comprehensive profiling.
Equipped to handle various sample types, ICP-MS reduces interference and ensures accurate results, even in challenging matrices
Pharmaceutical Industry
ICP-MS supports the pharmaceutical sector by providing ultra-trace detection of metals to ensure drug safety and quality.
Cosmetic and Personal Care
ICP-MS is used to ensure that cosmetics are free from toxic metals, supporting product safety and regulatory standards.
Ingredient Purity Verification: Ensures that raw materials meet required purity standards.
Food Industry
ICP-MS ensures food safety by accurately quantifying harmful elements, ensuring compliance with food safety regulations.
Environmental Testing
ICP-MS plays a vital role in environmental testing by analyzing soil, water, and air samples for pollutants.
Nutraceuticals Products
ICP-MS is critical in nutraceutical testing, verifying the purity and safety of bioactive ingredients.
Agriculture and Soil Testing
ICP-MS supports the agriculture industry by monitoring trace elements in soil, water, and fertilizer, ensuring crop health and soil quality.
Advanced Testing Facilities:
Auriga Research’s ICP-MS facilities feature advanced instrumentation designed for high-precision trace element analysis in challenging matrices.
Recent Methodologies:
Auriga integrates advanced methodologies for diverse applications:
Accreditations and Approvals: Auriga Research holds NABL, FDA, and BIS accreditations, ensuring compliance with stringent standards for ICP-MS analysis.
At Auriga Research, we are dedicated to delivering precise, actionable insights through advanced ICP-MS analysis, ensuring innovation and quality in your research and product development processes.
Our team of experts interprets XRD data to answer important questions regarding material identification, crystal form, polymorph identification, and the degree of crystallinity of amorphous materials.
We use the Xcelerator XRD Detector, a state-of-the-art model that allows for thorough testing of pharmaceutical compounds and reduces the lower limit of detection significantly.
The sample quantity required depends on the type of analysis. Simple XRD diffractograms can be done with as little as 1 gm of powder sample.
Yes, our lab routinely conducts tests for asbestos in talcum powder following recommended pharmacopoeial, ISO, and BIS methods.
Yes, XRD is fully capable of conducting polymorph identification tests, essential for understanding the solubility, dissolution rate, bioavailability, and stability of materials.
XRD provides non-destructive testing, detailed structural information, and is highly effective for polymorph identification, crystallinity analysis, and excipient compatibility studies.
XRD helps monitor food additives, control texture and stability, and ensure quality by providing detailed information on polymorphism, crystallinity, and amorphism.
XRD supports bioavailability analysis, stability studies, and ensures that nutraceutical products are stable and effective throughout their shelf life.
XRD analyzes the crystalline components of herbal products, ensuring their efficacy, safety, and compliance with quality standards.
XRD verifies the purity and quality of organic products, ensuring they are free from synthetic additives or contaminants and meet stringent standards.
XRD determines the crystalline structure of fatty acids in oils, affecting their stability and nutritional value, and ensures oils meet industry standards for purity and quality.