Every chemical product that enters a workplace, a supply chain, or a transport network requires documentation that communicates its hazards, safe handling procedures, and emergency response measures. This documentation takes the form of a Safety Data Sheet (SDS) — historically known as a Material Safety Data Sheet (MSDS). For cosmetics and fragrance companies, SDS generation is a recurring, labour-intensive obligation that touches every product, intermediate, and raw material they handle. Yet many companies still produce these documents manually, creating bottlenecks, inconsistencies, and compliance risks that scale with the size of their product portfolio.
What Is a Safety Data Sheet (SDS)?
A Safety Data Sheet is a standardised document that provides comprehensive information about a chemical substance or mixture. Under the Globally Harmonized System of Classification and Labelling of Chemicals (GHS) — adopted worldwide and implemented in the European Union through REACH (Registration, Evaluation, Authorisation and Restriction of Chemicals, Regulation EC 1907/2006) — every SDS must follow a fixed 16-section format:
- Identification — product name, supplier details, recommended uses, emergency contact
- Hazard identification — GHS classification, signal words, hazard and precautionary statements, pictograms
- Composition / information on ingredients — chemical identity, CAS numbers, concentration ranges of hazardous components
- First-aid measures — by exposure route (inhalation, skin, eyes, ingestion)
- Fire-fighting measures — suitable extinguishing media, specific hazards, protective equipment for firefighters
- Accidental release measures — containment, cleanup procedures, environmental precautions
- Handling and storage — safe handling practices, incompatibilities, storage conditions
- Exposure controls / personal protection — occupational exposure limits, PPE recommendations, engineering controls
- Physical and chemical properties — appearance, pH, boiling point, flash point, vapour pressure, solubility
- Stability and reactivity — conditions to avoid, incompatible materials, hazardous decomposition products
- Toxicological information — acute toxicity, skin corrosion/irritation, sensitisation, carcinogenicity
- Ecological information — aquatic toxicity, persistence, bioaccumulative potential
- Disposal considerations — waste treatment methods
- Transport information — UN number, proper shipping name, transport hazard class, packing group
- Regulatory information — applicable regulations and status
- Other information — revision history, abbreviations, references
Every section must be populated accurately. Incomplete or incorrect SDS documents can result in regulatory enforcement action, supply chain disruptions, and — in the worst case — workplace safety incidents.
Who Needs Safety Data Sheets?
SDS documents are required by anyone who manufactures, imports, distributes, or professionally uses chemical substances and mixtures. In the cosmetics and fragrance industries, this includes:
- Raw material suppliers — must provide SDS for every ingredient they sell
- Cosmetics manufacturers — must maintain SDS for all raw materials received and generate SDS for finished products and intermediates classified as hazardous
- Fragrance houses — must generate SDS for fragrance compounds, accords, and bases supplied to their clients
- Contract manufacturers (CMOs) — must manage SDS from multiple clients' raw material suppliers and maintain SDS for co-manufactured products
- Culinary chemical preparations — haute cuisine operations working with gels, emulsions, spherification solutions, and other chemical preparations may also require SDS documentation
The volume of SDS documents a single company must maintain can be substantial. A mid-size cosmetics manufacturer working with 500 raw materials and producing 200 finished products may need to manage over 700 Safety Data Sheets — each requiring periodic review and update when formulations change, regulations are amended, or new hazard data becomes available.
The Challenge of Manual SDS Generation
Many cosmetics and fragrance companies still generate SDS documents using a combination of word processing templates, manual data transcription from supplier documents, and periodic review by regulatory affairs staff. This approach introduces several categories of risk:
- Transcription errors: Manually copying CAS numbers, concentration ranges, hazard classifications, and toxicological data from source documents into SDS templates is inherently error-prone. A single mistyped CAS number can misidentify a substance entirely.
- Version drift: When a formulation changes — an emollient substituted, a preservative concentration adjusted — the corresponding SDS must be updated. In manual workflows, the SDS update often lags behind the formulation change, creating a period where the document in circulation does not match the product being shipped.
- Regulatory update lag: GHS classifications and REACH requirements are periodically updated. Manual review of every SDS against the latest regulatory requirements is time-consuming and easy to defer, especially for lower-priority products.
- Multi-language requirements: SDS documents must be provided in the official language(s) of the country where the product is placed on the market. A product sold across the EU may require SDS in 20+ languages — each a separately maintained document in manual workflows.
The Scaling Problem
These challenges compound as product portfolios grow. A company that could manage 50 SDS documents manually begins to fail at 200. At 500 or more, manual SDS management becomes a significant operational cost and a persistent compliance liability. The regulatory affairs team spends its time on document maintenance rather than on substantive compliance work — safety assessments, dossier preparation, or regulatory strategy.
Automated SDS Generation from Formulation Data
The most effective solution to SDS management at scale is automated generation directly from the formulation data that already exists in the company's product lifecycle management (PLM) system. This is the approach taken by KosmetikOn's MSDS/SDS generation service, which operates as a dedicated capability within the Labify® platform ecosystem.
The principle is straightforward: every raw material in the Labify® database carries its complete hazard profile — GHS classification, CAS number, toxicological data, exposure limits, physical properties, and regulatory status. When a formulator creates or modifies a product formula, the system already knows the full composition and the hazard properties of every component. Generating an SDS then becomes an automated calculation and document assembly process, not a manual data-gathering exercise.
How It Works in Practice
When a product formula is finalised or updated in Labify® Beauté (cosmetics) or Labify® Nez (fragrance), the SDS generation service reads the formula composition, retrieves hazard data for each ingredient from the centralised database, applies GHS classification rules to the mixture based on ingredient concentrations, calculates the overall hazard classification, and assembles all 16 sections of the SDS from structured data. The output is a compliant, correctly formatted Safety Data Sheet — generated in seconds, linked to the specific formula version, and available for immediate distribution.
When the formula changes, a new SDS is generated automatically. When a raw material's hazard classification is updated in the database (for example, due to a REACH regulatory amendment), every SDS for every product containing that material is flagged for regeneration. There is no version drift, no transcription error, and no lag between formulation change and document update.
Coverage Across Industries
KosmetikOn's SDS generation service covers all three verticals served by the platform: cosmetics (via Labify® Beauté), fragrance (via Labify® Nez), and haute cuisine (via La Dalle, for culinary chemical preparations such as gels, emulsions, and spherification solutions that may require safety documentation). Because all three verticals share the same raw material database infrastructure, SDS generation is consistent regardless of the industry context — the same ingredient carries the same hazard data whether it appears in a moisturiser, a perfume, or a culinary preparation.
Conclusion
Safety Data Sheets are a non-negotiable regulatory requirement for any company handling chemical substances — and in cosmetics and fragrance, that means virtually every product and raw material in the portfolio. Manual SDS generation is a known bottleneck that introduces transcription errors, version drift, and compliance risk. Automated generation from formulation data eliminates these failure modes, scales effortlessly with portfolio growth, and frees regulatory affairs teams to focus on higher-value compliance work. For cosmetics, fragrance, and culinary chemical operations managing more than a handful of products, the question is not whether to automate SDS generation, but how much risk the current manual process is carrying.