
Lionel MURAT
Lionel est co-fondateur de CIKLab. Ancien responsable de contrôle qualité, il est spécialisé dans la sous-traitance des analyses alimentaires.
FSSC 22000 (Food Safety Systems Certification) is a certification scheme that primarily relies on the ISO 22000 standard but also combines sector-specific prerequisites (such as ISO/TS 22002-1 for food manufacturing) and additional requirements from FSSC itself.
This standard is internationally recognized by the GFSI (Global Food Safety Initiative) and is designed to ensure food safety throughout the supply chain. This recognition gives FSSC 22000 credibility and worldwide acceptance among retailers, manufacturers, and food product suppliers.
Fundamentally, ISO 22000 is a technical standard for food safety management that is not recognized by the GFSI, whereas FSSC 22000 is a certification scheme that incorporates this standard and is recognized by the GFSI.
Version 6 of FSSC 22000 was published in April 2023.
Here are the main reasons for the transition from version 5.1 to 6:
Integration of ISO 22003-1:2022 requirements:
One of the primary drivers for this update is the incorporation of ISO 22003-1:2022 requirements. This standard provides guidelines for the audit and certification of food safety management systems. By integrating these new requirements, FSSC 22000 version 6.0 improves the consistency and effectiveness of audits, ensuring better alignment with international standards.
Strengthening requirements to help organizations achieve the United Nations Sustainable Development Goals (SDGs):
FSSC 22000 version 6.0 places particular emphasis on organizations’ contributions to the UN SDGs. Specific requirements have been introduced to encourage companies to adopt sustainable practices, such as reducing food loss and waste and improving resource management. These measures aim to promote a more sustainable and responsible food supply chain.
Integration of feedback from the survey on the development of version 6.
In addition to numerous themes and reinforcements added to the existing requirements, V6 incorporates new chapters:
This section addresses equipment management with a focus on hygienic design.
This section aims to reduce food loss and waste within the organization and supply chain:
Communication requirements include:
The focus is on establishing and maintaining a positive culture of food safety and quality:
Quality control requirements cover several aspects:
a. The organization must:
i. In addition to clauses 5.2 and 6.2 of the ISO 22000:2018 standard and in accordance with them, establish, implement, and maintain a quality policy and objectives.
ii. Establish, implement, and maintain quality parameters that comply with finished product specifications for all products and/or product groups within the scope of the certification, including product release, which deals with quality control and testing.
iii. In addition to clauses 9.1 and 9.3 of the ISO 22000:2018 standard and in accordance with them, analyze and evaluate the results of quality control parameters, as defined in point 2.5.9 (a)(ii) above, and include them as inputs for the management review; and
iv. In addition to clause 9.2 of the ISO 22000:2018 standard and in accordance with it, include the quality elements defined in this clause within the scope of the internal audit.
b. Quantity control procedures, including for unit, weight, and volume, must be established and implemented to ensure that products meet legal and customer requirements. They include a calibration and verification program for the equipment used for quality and quantity control.
c. Line startup and product change procedures must be established and implemented to ensure that products, including packaging and labeling, meet legal and customer requirements. Controls must be in place to ensure that labeling and packaging from the previous batch have been removed from the line.
CIKLab is an online application dedicated to food quality control that streamlines and improves your quality control processes in accordance with the strict requirements of FSSC 22000.
With CIKLab, you can centralize all data related to controls, from establishing and maintaining parameters and specifications to conducting analyses and evaluations, and utilizing control results.
Let’s take a closer look at the requirements with the FSSC 22000 interpretation guide
Interpretation Guide for Chapter 2.5.9 | CIKLab |
In accordance with clause 2.5.9 (a)(i), the organization must establish, implement, and maintain quality objectives. Objectives are the results the organization aims to achieve. Quality objectives are specific goals related to quality; they are generally based on the organization’s quality policy. Quality objectives are also typically specified for relevant functions, levels, and processes within the organization. The organization must define quality objectives that are SMART:
| CIKLab is a solution focused on managing analytical monitoring and quality control. With all control data stored and secured in a single application, you can create KPIs based on these controls. |
In accordance with clause 2.5.9 (a)(ii), | CIKLab allows you to :
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Quality parameters in this context refer to the quality characteristics associated with the product. To implement this requirement, the organization must:
| CIKLab offre la possibilité de centraliser et gérer facilement tous les plans de contrôle et de surveillance pour chaque :
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Ensuring that each product specification is established and up-to-date, including the applicable quality parameters for each product or group of products. An organization may choose to detail the quality parameters in a separate document, which is acceptable as long as the quality parameters have been identified and established for all products and/or groups of products. | CIKLab offers the ability to centrally and easily manage all control and monitoring plans for each:
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| CIKLab manages and automates all parameters, enabling the automatic generation of dated and signed documents in a digital library. |
The quality parameters for all products must be monitored by the organization, which should establish monitoring procedures including the method, frequency of monitoring, responsible person, documented evidence to maintain, actions to take in case of non-conforming results, etc. | CIKLab integrates for each control plan:
For each lot or batch, CIKLab recalls the entire testing schedule to prevent errors. |
Regarding product release, in addition to relevant food safety parameters, organizations must also have relevant quality parameters used to establish that a product can be released. This does not require the organization to have a separate product release document; however, the organization must have parameters in place that it verifies during the production process OR at the end of the production of the product before its release.. | CIKLab features a workflow with user rights matrices that allow for the validation of test and analysis results and electronic product release. The tests supported by CIKLab cover both food safety criteria (CCP, microbiology, contaminants, etc.) and quality tests (moisture, appearance, nutritional information, etc.). |
Although requirement 2.5.9 specifically addresses quality parameters related to finished products, if a raw material impacts the quality of the finished product, the organization must also manage it. The organization must still manage its raw materials in accordance with their specifications as defined under additional requirement 2.5.1 (d) of FSSC 22000, including compliance with raw material quality specifications. | CIKLab manages all the company’s material control plans, including and especially raw materials! Certain features allow for tracing the results of raw materials to the finished product! (Transfer) |
CoAs (Certificates of Analysis) and CoCs (Certificates of Conformance), including quality parameters, must also be available for marketed and solicited product batches (category FII organizations only). | CIKLab stores and manages all of your technical documentation as well as that of your suppliers. |
In accordance with clause 2.5.9 (a)(iii), the organization must undertake the analysis and evaluation of the results of quality control parameters, as defined under clause 2.5.9 (a)(ii), and include them as an input for management review. The organization’s process for the analysis and evaluation of the results from monitoring and measurement activities includes the performance results of quality parameters. The organization determines the frequency of the analysis, such as weekly or monthly, based on the product, related processes, and customer requirements, if applicable. The recorded results of the analysis and evaluation must be included as an input for the management review process. Therefore, the requirements of clause 9.3 of ISO 22000:2018 also apply, and the results are managed in accordance with clause 9.3.3 of ISO 22000:2018. | CIKLab records, stores, and secures ALL tests and analysis results in one place
The application allows for simple and quick utilization of all control data
In CIKLab, the utilization of reliable control data is the foundation for building control KPIs! |
In accordance with clause 2.5.9 (a)(iv), the organization must include quality elements as defined in clause 2.5.9 within the scope of the internal audit. Therefore, the requirements of clause 9.2 of ISO 22000:2018 apply to this requirement. This includes that the internal audit program must include quality control elements as defined in clause 2.5.9 and must be undertaken at a frequency based on the importance of the processes involved, changes in the FSMS (related to quality), and the results of monitoring, measurement, clause 2.5.9 (a)(iii), and previous audits | In CIKLab, all control traceability is easily accessible and secure. Additionally, an audit trail feature allows tracking and timestamping all changes made to control plans, batch management, etc. |
CIKLab offers major advantages for quickly integrating the requirements of clause 2.5.9 of FSSC 22000 V6.
Firstly, this application centralizes all quality control data, allowing easy maintenance, updating, and management of specifications and control plans for each product.
CIKLab also ensures rigorous management of control parameters such as analyses, specifications, internal or external laboratories through an automated system, significantly reducing the risk of human errors.
CIKLab facilitates the analysis and utilization of quality control results to create KPIs that are truly focused on control.
With CIKLab, you can:
Lionel est co-fondateur de CIKLab. Ancien responsable de contrôle qualité, il est spécialisé dans la sous-traitance des analyses alimentaires.
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