Analytical services for the cosmetics industry
Your needs: to evaluate the quality of your cosmetic products in the context of a new product launch or a change in regulations
The cosmetics industry is often associated with high expectations in terms of efficiency, stability and safety for a finished product. As major players in the production of cosmetic products, as subcontractors or as producers of raw materials, you regularly need to adapt your production processes to follow the changes in regulations.
Analysis can be necessary to verify the conformity of a cosmetic product or to identify the cause of a product failure.
To overcome these challenges, you are looking to cooperate with a reliable and independent analytical laboratory offering high added technical value.
Our solution: to develop your analytical techniques, to analyze the chemical composition of cosmetic products or to characterize failures using the relevant techniques
The FILAB laboratory, made up of experts in cosmetic analysis and defect characterization, can offer its analytical services throughout the designing and production processes all the way to the process of putting the product on the market (makeup, crème, perfume…).
FILAB is ISO 17025 accredited by COFRAC for the analysis of heavy metals in cosmetic products
Relying on experience and our cutting-edge analytical fleet, the FILAB laboratory has a wide range of tools specific to the cosmetics industry which allow us to provide the following services:
ANALYSIS
Analysis of undesirable substances found on raw materials or finished products: heavy metals, residual solvents, phthalates, bisphenol A…
Determination of preservatives (phenoxyethanol, parabens, chlorphenesin using HPLC-UV, HPLC-MSMS and GC-MS
Powder analysis: PSD, specific surface area measurements, morphology, crystallinity…
Determination of UV filters
Determination of active ingredients: organic and mineral solar filters, vitamins
Packaging analysis: polymers, composite materials, glass
Thermal analysis
Analytical validation following ISO 12787
EXPERTISE
Non-conformity expertise: particulates, deposits, unknown spikes, material degradations…
Optimization of your production procedures
Failure analysis: fractography, particulate contamination, adhesive problems, corrosion, metallographic examination, weld analysis…
Deformulation services
Compatibility analysis (container/contents interactions, extractables and leachables)
R&D
Creation, validation and transfer of analytical procedures
Developing analysis kits
The positive aspects of FILAB
A highly qualified team
Responsiveness in responding to and processing requests
A complete analytical park of 2100m²
Tailor-made support
Around this topic
- X-ray tomography analysis for the perfume industry
- Determination of the biological index of hydrolats in the laboratory according to ISO/TR 23199
- Laboratory for the analysis of hydroquinone in cosmetic products
- Perfume packaging analysis laboratory
- Laboratory analysis of levulinic acid
- Analysis and control of raw materials in the cosmetic industry
- Cosmetic analysis according to DIN 53770
- Laboratory analysis of traces in cosmetic products
- Analysis and determination of retinol in the laboratory
- Analysis of cosmetic products according to ISO 14735
- Particle size analysis of your cosmetic products in laboratory
- Study of counterfeits in the cosmetics industry
- Study and Expertise of odor on cosmetic products
- Study and expertise of non-conformity for cosmetic products
- Study and expertise of disorders in cosmetic products
- Laboratory of analysis and dosage of vitamin C
- Analysis of isothiazolinones in your cosmetic products
- Analysis and determination of Tosylamide in your cosmetic products
- Laboratory for the analysis of residual solvents in cosmetic products
- Laboratory analysis of octocrylene
- Laboratory analysis of cosmetics according to ISO/TR 17276
- Analysis of cosmetics according to ISO/TR 18818
- Analysis of residual monomers for the cosmetics industry
- Study and expertise on a cosmetic packaging: problem of failure on your packaging
- Measurement of adenosine content in the laboratory
- Sameness analysis between two substances in laboratory
- Laboratory for the analysis of foreign bodies in cosmetic products
- Liquid Chromatography (LC) Analysis for the Cosmetic Industry
- Analysis of microplastics in cosmetics
- IFRA laboratory analysis of allergens
- Biomaterials analysis laboratory
- Laboratory for the determination of Zinc Pyrithione (CAS 13463-41-7)
- Laboratory for the determination of BHA in cosmetic products
- Hyaluronic acid dosage laboratory
- Laboratory for the analysis of sunscreens in cosmetic products
- Deformation of cosmetic products in the laboratory
- Laboratory analysis of cosmetic packaging
- Laboratory analysis of cosmetic ingredients
- Method validation of your cosmetic products according to ISO 12787
- Laboratory analysis of cosmetic contaminants
- Cosmetics : testing product stability in a laboratory
- Laboratory of Analysis and Characterization of cosmetic powders
- Laboratory analysis of sun filters in cosmetic products
- Container-content compatibility study for cosmetics in the laboratory
- Determination of acetaldehyde content found in cosmetic products
- Laboratory for the analysis and determination of lactic acids
- Dosage of AHAs in your cosmetic products
- Analysis of plant molecules in cosmetic products
- Laboratory for the determination of endocrine disruptors
- Laboratory for analysis and dosage of vitamin A
- Laboratory of analysis and dosage of vitamin E
- Extractable and Leachable testing on cosmetic packaging
- Measurement of Zeta potential on cosmetic products
- Determination and analysis of preservatives in cosmetic products
- Laboratory for the analysis of anti-UV additives
- Laboratory analysis of Hyaluronic acid
- Determination of sulphates in cosmetic products
- Determination of 1,4-Dioxane in cosmetic products
- Parabens Analysis Laboratory
- Laboratory analysis and determination of phenoxyethanol contents in cosmetic products
- ICP analysis laboratory for the cosmetic industry
- Laboratory analysis and quantification of Mercury using an Amalgamator
