Analysis services
specialized for every industry

Precise detection and identification of pathogenic microorganisms and those of sanitary interest using standardized methodologies under ISO/IEC 17025:2017 accreditation.

At Aoxlab we have a portfolio of more than 1,500 physicochemical services applicable to food, cosmetics, cannabis, pharmaceuticals, water, paints and chemical products.



We use high-tech automated equipment and apply validated reference methods (ISO, AOAC, USP, among others) to evaluate parameters such as pH, moisture, acidity, density, viscosity, solids, water activity, active principles, among others. We guarantee reliable, traceable results aligned with the highest national and international quality standards.

At Aoxlab we offer a comprehensive portfolio of nutritional analysis designed to support food, beverage, supplement, functional product and animal nutrition companies.


validation and control of their products. Our services allow us to accurately determine the nutritional composition of raw materials and finished products, complying with national and international labeling requirements, as well as export standards. We use state-of-the-art equipment and validated reference methods (AOAC, Codex, FDA, among others) to ensure reliable, reproducible and traceable results. From basic profiles to specialized analysis of vitamins, minerals, amino acids, sugars, fatty acids and dietary fiber, we provide solutions adapted to client needs, supporting the development of healthy, functional and competitive products in the market.

Aoxlab offers mycotoxin detection and quantification services with highly qualified equipment and personnel. Our analyses focus on ensuring safety.



Food quality, guaranteeing raw materials and other products through techniques that ensure sensitivity, precision and reliability.

Aoxlab offers a comprehensive portfolio of food allergen analysis, designed to support industry in allergen risk management.



Regulatory compliance and consumer protection. Tests are performed using high sensitivity and specificity techniques, such as: ELISA (sandwich-type enzyme immunoassay): ideal for quantifying allergenic proteins in processed and unprocessed foods. Real-time PCR (polymerase chain reaction): allows detection of trace amounts of allergenic ingredient DNA even in very complex or highly processed matrices, where proteins may have degraded. These methodologies are validated according to international standards, and are applied in: Finished products Raw materials Environmental samples (surface swabs) Aoxlab accompanies its clients in the implementation of HACCP plans, cleaning validation, precautionary labeling and compliance with regulations such as those of INVIMA, FDA, EFSA, Codex Alimentarius, and certification standards such as BRC, FSSC 22000, ISO 22000.

Aoxlab offers a robust portfolio of analyses for the detection of chemical contaminants in food, raw materials, phytotherapeutic products, cosmetics, particulate matter.


supplements and medicinal cannabis, in order to protect consumer health, ensure regulatory compliance and facilitate access to international markets. Analyses are performed under international quality standards (ISO/IEC 17025:2017), using high-precision instrumental techniques such as HPLC, LC-MS/MS, GC-MS/MS, GC-HS, adapted according to the nature of the contaminant and the matrix analyzed.

Aoxlab offers specialized services for the detection, identification and quantification of pesticide and pesticide residues in a wide variety of matrices.



Including food, supplements, natural products, medicinal cannabis, water, agricultural raw materials and cosmetics. These analyses are fundamental to ensure product safety, regulatory compliance and access to international markets, especially in highly regulated sectors such as phytotherapeutic, agri-food and pharmaceutical. Through the use of advanced instrumental techniques such as LC-MS/MS and GC-MS/MS, Aoxlab has the capability to detect and quantify more than 300 active ingredients and metabolites at trace concentrations, complying with Maximum Residue Limits (MRLs) established by regulatory entities such as: Codex Alimentarius FDA (United States) EFSA (European Union) INVIMA (Colombia) Regulation for medicinal cannabis Thanks to our technical experience, infrastructure accredited under ISO/IEC 17025:2017 standard and an updated approach to regulatory matters, Aoxlab delivers reliable, accurate and timely results that support the competitiveness, safety and reputation of its clients in the market.

At Aoxlab, we are leaders in Colombia and Latin America in specialized analysis of cannabinoids and terpenes, offering complete, reliable profiles.



Scientifically backed to support the development, quality control and commercialization of medicinal cannabis and industrial hemp products. We have a robust analytical portfolio that includes precise quantification of the main cannabinoids (such as Δ9THC, Δ8THC, CBD, CBDV, CBDA, CBG, CBGA, CBN, CBC, THCV, among others) and a detailed terpene profile that allows characterizing the aroma, identity and therapeutic potential of each sample. Our analyses are performed with state-of-the-art technology and under an internationally accredited quality system according to ISO/IEC 17025:2017 standard, guaranteeing traceability, accuracy and regulatory compliance for exports, licensing and regulatory processes.

At Aoxlab we conduct tailor-made shelf life and stability studies, fundamental to support the safety, quality, efficacy and regulatory compliance of products.


Food, cosmetics, supplements, phytotherapeutics and medicinal cannabis. These studies allow us to scientifically define the time during which a product retains its properties under specific conditions, being a key requirement for sanitary registrations, national commercialization and export. We have the infrastructure, technical knowledge and experience to develop: Studies under normal conditions (real time) Accelerated studies (Arrhenius model and predictive models) Ongoing studies (continuous monitoring of batches in the market) Thanks to our high storage capacity and the use of chambers with environmental monitoring and real-time telemetry, we ensure traceability, reliability and stability of each sample throughout the entire process. This allows us to rigorously comply with international guidelines such as Codex Alimentarius, FDA, ICH, ISO 16779, ASTM and other specific regulations by product category. In addition, Aoxlab differentiates itself by offering a comprehensive and robust approach, by complementing stability studies with its own accredited analytical capabilities, which allows us to perform internally all the tests required during the study, such as: Physicochemical analysis Microbiological analysis Nutritional profiles Contaminants (heavy metals, pesticides, residual solvents) Cannabinoids and terpenes Allergens, moisture, color, pH, among many others We design each study based on product requirements, its matrix, packaging, storage conditions and current regulations. We apply statistical analysis tools and mathematical models such as the Arrhenius equation, regression curves and specification criteria to estimate and validate shelf life in a scientific and reliable manner.

At Aoxlab we perform specialized analyses of aerobic biodegradability under controlled conditions, oriented to evaluate the environmental behavior of materials, products.


Products and packaging that seek to position themselves as sustainable alternatives to the use of conventional plastics. We have state-of-the-art equipment that allows us to perform studies under international standards ASTM D6400, ASTM D5338, designed to simulate biodegradation conditions in industrial composting with real-time monitoring. This methodology allows quantifying the degree of biodegradation of a product by measuring the CO₂ released as a result of microbial metabolism, continuously, accurately and reproducibly. Our services are directed to companies that develop or use biodegradable materials such as: Compostable packaging and containers Bioplastics and plastic substitutes Transformed plant material Ecological products with environmental certification Biodegradable raw materials Supplements, agricultural products and cosmetics with biodegradable components