At Auriga Research, we leverage Atomic Absorption Spectrometry (AAS) to measure trace levels of metals and other elements with high accuracy. AAS is critical in fields like pharmaceuticals, food, nutraceuticals, water quality, cosmetics, and environmental testing for its precise detection and quantification of elements
AAS can detect very low concentrations of elements, making it ideal for applications that require strict compliance
This technique is particularly suited for metals, providing detailed and reliable measurements.
AAS is applicable across numerous industries, including pharmaceuticals, food safety, water testing, and environmental monitoring.
Our team of scientists uses AAS to conduct vital elemental analysis, supporting product safety, quality, and regulatory compliance across industries.
Key Offerings
Pharmaceutical Industry
AAS is integral in pharmaceuticals for monitoring metal impurities, ensuring product safety, and meeting stringent quality standards.
Food Industry
AAS is used to ensure food safety by detecting contaminants and verifying nutritional claims.
Nutraceutical Industry
AAS helps ensure the safety and quality of nutraceuticals by analyzing mineral content and detecting contaminants.
Environmental Testing
AAS supports environmental monitoring by detecting pollution levels in soil, water, and air samples.
Cosmetics Industry
AAS is crucial in cosmetics testing to ensure products are free from harmful metals, supporting consumer safety and compliance with regulatory standards.
Water Quality Testing
AAS is essential for water testing, as it detects harmful metal contaminants, ensuring safe consumption and regulatory compliance.
Advanced Testing Facilities
Auriga Research operates laboratories equipped with state-of-the-art AAS technology to provide precise and reliable elemental analysis results.
Recent Methodologies:
Auriga Research applies specialized methodologies to broaden AAS capabilities, enabling more refined and detailed analysis.
Accreditations and Approvals:
Auriga Research is committed to maintaining industry standards, ensuring quality and compliance in AAS analysis.
Pharmaceutical and Food Safety Testing
AAS is effective for detecting metals like arsenic, lead, and chromium in water, ensuring compliance with drinking water safety standards.
AAS tests for essential minerals and detects toxic metals in food products, validating nutritional claims and ensuring food safety.
Yes, AAS is widely used to ensure that cosmetics are free from harmful metals, meeting industry standards for consumer safety.
AAS detects metal impurities in active ingredients, raw materials, and formulations, supporting pharmaceutical quality control and regulatory compliance.
AAS identifies toxic metals in soil, such as lead and cadmium, supporting environmental monitoring and pollution control efforts.
By using hollow cathode lamps for element-specific wavelengths, AAS achieves precise metal detection in complex sample matrices.
Flame atomizers are cost-effective for higher concentrations, while graphite furnaces offer trace-level sensitivity, ideal for low-concentration samples.
AAS ensures nutraceuticals are safe and meet label claims by accurately measuring mineral content and screening for metal contaminants.
AAS is effective in measuring metal concentrations in oils, confirming purity, and ensuring that products meet quality and nutritional standards
Yes, AAS systems often come with automated sample handling features like carousels and in-line dilution, enabling efficient high-throughput testing.