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Introducing COS-GMP – The evolution of GMP standards! Find out more
Built to simplify GMP compliance for cosmetics manufacturers and distributors, COS-GMP is a practical, globally-aligned framework designed to help you meet regulatory and customer expectations — with clarity, confidence, and minimal complexity.
Simplifying Good Manufacturing Practice for the Cosmetics Industry — Built for Real-World Use, Not Red Tape.
COS-GMP is a free, practical GMP framework designed specifically for cosmetic manufacturers, brand owners, and distributors.
Built around global best practices, it provides clear, structured guidance to help you implement strong, audit-ready quality systems — without the unnecessary complexity of traditional standards.
Whether you’re just starting your compliance journey or strengthening an existing system, COS-GMP gives you the tools to build confidence, meet regulatory expectations, and grow your business with credibility.
Download it free today and take the first step towards stronger, simpler GMP compliance.
The Core principles of COS-GMP
Ensure all critical documentation supporting the Quality Management System (QMS) is properly created, maintained, and accessible.
Implement procedures to control approval, revision, distribution, and disposal of documents to prevent use of obsolete or incorrect versions.
Maintain records to demonstrate compliance and system effectiveness, ensuring they are identifiable, retrievable, and protected.
Apply robust controls to electronic records and systems, ensuring data integrity, security, backup, and controlled access.
Implement controls to prevent contamination across all production and storage activities.
Establish a documented contamination control plan covering all relevant areas of risk.
Conduct structured hazard assessments to identify, evaluate, and control contamination risks.
Control the use, storage, and handling of chemicals to prevent accidental product contamination.
Implement measures to detect, prevent, and manage foreign object contamination.
Minimise use of glass and brittle materials; inspect and control to prevent contamination.
Strictly manage tools and equipment that could introduce metal or sharp contaminants.
Identify and manage any additional contamination risks not covered by standard categories.
Conduct risk assessments focused on personnel activities to ensure staff actions do not introduce contamination risks.
Establish a process for identifying, recording, investigating, and resolving non-conformances.
Define how concessions (authorised deviations from specifications) are controlled, approved, and documented.
Ensure full traceability of raw materials, in-process materials, and finished goods to enable rapid investigation and action.
Implement a complaint handling process to capture, investigate, and resolve product complaints effectively.
Maintain a documented recall procedure to rapidly remove affected products from the market when necessary.
Control purchasing and subcontracting activities to ensure suppliers and service providers meet defined quality and safety standards.
Define approval, monitoring, and control requirements for outsourced processes to maintain compliance.
Establish a system for evaluating, approving, and regularly reviewing suppliers to ensure ongoing quality compliance.
Ensure purchased materials and services meet specified requirements through clear specifications and supplier controls.
Implement a formal change control process to assess and approve changes that could impact product quality or safety.
Conduct regular internal audits to verify compliance with GMP requirements and identify areas for improvement.
Personnel must be sufficient in number and suitably qualified to perform all tasks impacting product quality and safety.
Clear responsibilities and authorities must be assigned to ensure accountability and effective operation of the quality system.
An organisational structure must be in place, clearly showing reporting lines, communication flows, and quality roles.
Personnel must be trained and competent in their roles, with training programs maintained, reviewed, and evaluated for effectiveness.
Personnel hygiene and health practices must be defined and enforced to protect product safety.
Hygiene procedures must cover clothing, handwashing, behaviour, and entry/exit controls to minimise contamination risks.
Health policies must manage illness reporting, restrictions, and medical conditions that could compromise product safety.
Visitors, contractors, and others not routinely trained must be supervised, controlled, and, where necessary, briefed on hygiene and safety requirements.
Premises must be suitable in design, construction, and maintenance to ensure they support GMP compliance, cleanliness, and efficient operations.
Production areas must be divided into controlled zones with appropriate separation based on risk, flow, and operational activities.
Personnel, material, and product flow must be designed to minimize contamination risks, ensuring logical, hygienic movement throughout the site.
Buildings and structural elements must be robust, easy to clean, resistant to deterioration, and properly maintained to support hygiene and safety.
Staff amenities must be sufficient in number and hygiene standards, with facilities appropriately separated from production and storage areas.
All premises must have documented cleaning and sanitization programs to maintain hygienic conditions and prevent cross-contamination.
Facilities must be maintained according to a documented program that prevents disruption to product quality during repairs or maintenance activities.
All cleaning agents, sanitizers, and maintenance consumables must be controlled, stored securely, and approved for use in production areas.
An effective pest control program must be implemented, monitored, and maintained to prevent pest ingress and contamination.
Waste must be managed safely, with procedures for segregation, collection, storage, and disposal to protect the product and environment.
Equipment must be suitable for its purpose, designed to prevent contamination, and maintained to ensure consistent performance and compliance with GMP standards.
The design and location of equipment should allow for easy cleaning, maintenance, and efficient workflow, minimizing the risk of cross-contamination.
New equipment must be verified and qualified before use to confirm that it meets operational, safety, and quality standards.
Instruments used for measuring or monitoring must be calibrated at defined intervals to maintain accuracy and ensure product quality.
All equipment must be cleaned and sanitized using validated procedures to prevent microbial, chemical, or physical contamination.
Planned and reactive maintenance must be documented and managed to ensure equipment remains fit for purpose without compromising hygiene or safety.
Items like filters, gaskets, and seals that are subject to wear must be monitored and replaced as needed to prevent breakdowns or contamination.
Access to equipment should be restricted to authorized personnel only, ensuring safe operation and traceable accountability.
Purchasing activities must ensure that all materials and services meet defined specifications and quality standards to protect product integrity.
Incoming goods must be inspected, verified against purchase specifications, and appropriately logged before being accepted into production or storage.
All incoming stock must be traceable through labeling, records, and systems that allow complete tracking from supplier to finished product.
No material may be used until it has been formally inspected, tested (if required), and released by authorized personnel following acceptance criteria.
Water used as a raw material must meet specified microbiological and chemical quality standards, and its intake, storage, and use must be controlled.
Production must be controlled to ensure that products are consistently manufactured to meet quality and safety standards, following documented procedures.
Bulk production must be performed in a controlled environment with clear instructions, proper equipment, and traceable documentation.
All required batch records, formulas, and manufacturing instructions must be readily available and up to date before production begins.
Prior to starting operations, checks must be carried out to confirm that the environment, equipment, and materials are ready and compliant.
All bulk materials must be clearly identified with lot numbers and associated with their corresponding manufacturing documents to maintain full traceability.
Work-in-progress must be clearly labeled at all stages to prevent mix-ups and to maintain clear production flow records.
Critical parameters must be monitored and recorded during production to ensure that products meet defined specifications.
Any bulk material returned to stock must be assessed for quality risks and correctly documented before being reintroduced into inventory.
Filling and packaging must occur under controlled conditions, ensuring products are protected and accurately labeled.
Batch documentation for filling and packaging must be available and reviewed prior to starting operations.
Clearance checks must confirm that lines are clean, set up correctly, and ready for the batch to begin.
All packaging materials and finished units must be traceable back to the corresponding production and inspection records.
Each packaging line must be clearly identified, and production status must be visible to avoid cross-contamination or mix-ups.
Critical aspects of the filling and packaging process must be continually monitored to ensure compliance with specifications.
Leftover packaging materials must be assessed for suitability before being returned to stock to prevent future contamination.
Work-in-process materials must be handled carefully, clearly identified, and stored appropriately to prevent errors and contamination.
Storage and despatch operations must ensure the protection, traceability, and correct handling of all products to maintain product quality and regulatory compliance.
Materials and products must be stored under suitable conditions, with controlled environments as necessary, to prevent deterioration, contamination, or mix-ups.
Stored items must be periodically re-evaluated to confirm they remain within their defined shelf lives. Expired or non-compliant materials must be quarantined and investigated.
Products must only be dispatched once they have undergone full release checks and approval, ensuring all quality criteria are satisfied.
Despatch must follow documented procedures to ensure correct handling, secure packaging, and accurate shipment, maintaining full traceability to the customer.
Returned products must be assessed carefully to determine if they can be reused, reworked, or must be destroyed, with actions clearly documented.
Incoming materials, in-process goods, and finished products must undergo inspections to verify conformity against defined acceptance criteria before use or release.
All inspection and testing activities must use approved, validated methods that are appropriate for the intended evaluation.
Acceptance criteria must be clearly defined and documented for all materials and products, ensuring consistent assessment and decision-making.
Analytical materials must be controlled, stored correctly, and their suitability confirmed prior to use, ensuring reliable testing results.
The requirements for sampling, including who is authorized to perform it, how it should be defined (method, equipment, location, precautions, identification, and frequency), and how samples must be identifiable to prevent mix-ups, ensuring traceability and accuracy.
Representative retain samples must be taken from each production batch to support future investigation, verification, or stability evaluation as needed.
A structured, documented process must be followed to develop new or modified products, ensuring compliance with safety, quality, and legal requirements.
All product development activities must be planned and controlled under a defined procedure, with clear responsibilities assigned.
A formal design brief must outline product objectives, target specifications, performance criteria, and any regulatory or customer-specific requirements.
Raw materials used during development must be assessed for suitability, compliance, and compatibility with formulation and intended product use.
Recipes must be accurately documented with precise quantities and processing instructions, ensuring batch reproducibility and traceability.
The development process must include defined testing and evaluation methods to verify that products meet design intentions.
Products must undergo stability testing to determine appropriate shelf life, storage conditions, and packaging compatibility.
All packaging and container materials must be assessed for compatibility with the product to prevent contamination, degradation, or failure.
Microbiological preservation requirements must be evaluated and validated during development, including challenge testing where applicable.
Before launch, products must be subject to a formal release process ensuring all development, safety, and quality criteria have been met.
Labels must be accurate, compliant with applicable regulations, and reflect the correct formulation, claims, usage instructions, and legal declarations.
Why COS-GMP Is the Smarter Choice for Cosmetics Compliance
Traditional GMP standards can feel overwhelming, bureaucratic, and disconnected from the day-to-day realities of running a cosmetics business.
COS-GMP was created to bridge that gap — offering a clear, structured, and practical approach that empowers businesses of all sizes to meet GMP expectations without unnecessary complexity or cost.
Best practice on how to implement COS-GMP
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