ISO/IEC 17025 laboratory accreditation consulting
Prepare your testing or calibration laboratory for accreditation with support covering both the management system and technical activities. The safety consultant helps laboratories define their intended scope, identify gaps and develop the evidence needed to demonstrate competence.
Who is the service for?
Support is available for laboratories seeking initial accreditation, accredited laboratories extending their scope and teams preparing for assessment or reassessment. It can also address specific findings or weaknesses in an established system.
The starting point is the testing or calibration work for which recognition is required. Methods, ranges, relevant materials and operating locations need to be considered when defining the scope.
What does the support include?
Laboratory management systems
Process mapping, responsibilities, procedures, work instructions, document control, records, complaint handling and corrective action. Documentation is developed around the laboratory's activities and applicable requirements.
Methods, personnel and equipment
Support can include planning method validation or verification, evaluating measurement uncertainty, reviewing calibration arrangements and metrological traceability, and documenting personnel competence and authorisations.
Confidence in results
Quality control arrangements, reference materials and participation in proficiency testing or interlaboratory comparisons are considered in relation to the laboratory's activities and applicable requirements. Unexpected results require an assessment of their significance and appropriate follow up.
Following a gap assessment, tasks, owners and resources are agreed. Once procedures are in use and records are available, an internal audit can help evaluate readiness.
Support can continue through preparation for the external assessment and responses to findings. Accreditation decisions remain with the accreditation body.
How is the laboratory accreditation scope defined?
The proposed scope describes the testing or calibration activities for which the laboratory seeks recognition of competence. Before drafting procedures, the work identifies methods, relevant items, ranges and the facilities involved. Customer needs are considered alongside the people, equipment and supporting resources available. A laboratory may decide to develop a focused group of activities first and consider an extension later. That decision should reflect technical readiness and business needs. The safety consultant helps translate the proposed scope into a practical set of implementation tasks, so the project is tied to services the laboratory intends and is able to support.
How does a quality system become part of everyday laboratory work?
Implementation follows the route of a real item or sample through the laboratory. The review considers identification, handling, allocation of work, recording of observations, checking of results and reporting. Procedures and forms are developed around the information and decisions needed at these stages. Staff then use the arrangements in practice, generating records that can be reviewed. This shows whether responsibilities are understood and whether an activity can be reconstructed afterwards. The purpose is to create a usable system with evidence of operation, including a clear way to address difficulties when the written process does not match the work being performed.
Preparing for assessment
What does method verification or validation support involve?
The work starts with the intended use of the method and the performance needed to support that use. The source of the method, modifications and relevant operating conditions influence the evidence required. A suitable study defines what will be evaluated, how data will be collected and which criteria will be used to review the results. The safety consultant can support planning, documentation and interpretation within the agreed scope. Changes such as a different instrument, an additional matrix or an extended working range are considered against the existing evidence, so the laboratory can determine whether further evaluation is needed before using the changed method routinely.
How are measurement uncertainty and traceability addressed?
An uncertainty evaluation depends on understanding the measurement process and the factors that can influence the result. Information from calibration, method performance, reference materials and quality control may contribute, according to the activity. Traceability is reviewed through the relevant measurement chain and the suitability of the calibration or reference information used. A calibration certificate needs technical review, including its results, uncertainty and applicable conditions. The laboratory should be able to explain how this information supports its measurements and any limitations relevant to their use. The consulting work helps organize that evidence and connect it with equipment and reporting decisions.
How is staff competence demonstrated for specific activities?
Competence arrangements begin with the activities each person will perform. Sample preparation, instrument operation, data evaluation and authorization of reports can require different knowledge and evidence. Training is planned around these responsibilities, followed by an appropriate evaluation of performance. Depending on the activity, this can involve observation, review of completed work or examination of results. The laboratory records the basis for authorization and considers when it needs review. A change in method, equipment or assigned responsibility may require additional evaluation. This makes the competence process relevant to actual work instead of treating attendance at training as the only evidence needed.
How are quality control and proficiency testing planned?
A plan for assuring valid results should provide information the laboratory can act on. Relevant activities may include repeat measurements, control samples, reference materials, proficiency testing and interlaboratory comparisons. The selection depends on the methods, risks and applicable requirements. Responsibilities, review arrangements and criteria for investigating results are defined before routine use. An unexpected result or a developing trend prompts consideration of its technical significance, possible causes and potential effect on other work. The safety consultant helps connect the information from these activities with documented decisions, follow up actions and the continuing review of the laboratory's capability.
How are assessment findings and scope extensions managed?
An assessment finding needs a clear response that addresses the identified gap and considers why it occurred. The work distinguishes immediate correction from action intended to prevent recurrence. It also considers whether a similar issue exists elsewhere. Responsibilities, timing and evidence of effectiveness are agreed and tracked. A scope extension brings an additional review of resources, methods and competence for the new activity. The safety consultant supports preparation and organization of the response, while the accreditation body evaluates the application or findings and makes the accreditation decision. The engagement therefore defines the consulting work without guaranteeing an external assessment outcome.
What should a laboratory prepare for an initial discussion?
A list of methods, key equipment, staff responsibilities and existing quality documents helps establish the starting point. Previous assessment findings and customer requirements are also useful when available. The material does not need to be complete before the first conversation. Its purpose is to identify what already supports the proposed scope and what still needs development. From this review, the laboratory can plan technical tasks, management activities and staff involvement with clearer priorities. Share your present position and intended scope with the safety consultant to discuss the appropriate next stage.
How long will preparation take?
Timing depends on the existing system, methods, facilities, staff availability and assessment arrangements. A useful estimate follows a review of the proposed scope and current gaps.
Is ISO 9001 certification sufficient?
ISO 9001 concerns a quality management system. ISO/IEC 17025 accreditation also addresses competence for defined laboratory activities. The appropriate route depends on what your customers or other relevant parties require.
Can support continue after accreditation?
Yes. Outsourced quality management, audit preparation and support for scope extensions can be arranged as needed.
Start with a clear scope
Send a brief description of your laboratory, its tests or calibrations and its current accreditation status.
What is the next step for your organization?
Contact the safety consultant with a description of your activities, the requirement you need to address and any relevant deadline. The initial discussion will help define the consulting scope, expected deliverables and involvement required from your team.