Why Smart Lab Owners Choose FDASINDIA for New Accreditation and Renewals

Your lab's accreditation deadline is approaching, and you're not sure whether your current documentation will pass muster this time. Maybe your last audit flagged nonconformities you're still unsure how to close out. Or perhaps you're setting up a new diagnostic lab and the sheer volume of ISO 17025 requirements feels impossible to untangle alone. If any of this sounds familiar, you're exactly who this article is for.

This piece walks through what ISO 17025 actually demands from medical and clinical labs, where most accreditation journeys stall, and why an increasing number of lab owners are partnering with FDASINDIA to get through both new certification and renewal cycles without the usual back-and-forth.

What ISO 17025 Really Requires From Your Lab

ISO/IEC 17025:2017 is the international standard for testing and calibration laboratory competence. For hospital labs, clinic labs, and independent diagnostic centers, it's often the baseline expectation from regulators, insurers, and referring physicians alike.

At its core, the standard evaluates two things:

• Technical competence — whether your staff, equipment, and methods produce accurate, reliable results

• Management system integrity — whether your documentation, quality processes, and corrective actions actually hold up under scrutiny

The 2017 revision shifted more weight toward risk-based thinking and impartiality, which means auditors now look closely at how your lab identifies and manages risks to result validity — not just whether you have a binder full of SOPs.

Where Most Labs Get Stuck

If you've been through an accreditation cycle before, you already know it's rarely the big things that derail an application. It's the small, repeatable gaps.

Common sticking points include:

• Calibration records that don't trace clearly to a recognized reference standard

• Method validation files that are incomplete or inconsistent across departments

• Internal audits done as a formality rather than a genuine gap-finding exercise

• Staff competency records that haven't been updated alongside new equipment or methods

For clinical lab accreditation specifically, there's an added layer: distinguishing between ISO/IEC 17025 and ISO 15189 accreditation. ISO 15189 is purpose-built for medical laboratories and layers in patient safety, sample handling, and clinical reporting requirements on top of general testing competence. Many hospital labs actually need to work toward ISO 15189 rather than 17025, and choosing the wrong framework early on can cost months of rework.

New Accreditation vs. Renewal: Different Challenges, Same Standard

First-Time ISO/IEC 17025 Certification

If you're pursuing accreditation for the first time, the challenge is usually building a management system from scratch that reflects how your lab actually operates—not a generic template borrowed from another facility. Auditors can tell the difference immediately.

A new clinic lab, for instance, might have excellent bench-level technical skill but no formal document control system, no defined internal audit schedule, and no records showing measurement uncertainty was ever calculated. None of these are difficult fixes individually—but stacked together, they're exactly what stalls a first submission.

Renewal and Surveillance Audits

Renewals bring a different kind of risk: complacency. Labs that passed their initial audit sometimes let internal audits slide, or fail to update procedures when they bring in new instruments. When the renewal auditor arrives, the gap between what's documented and what's actually practiced becomes obvious fast.

This is precisely where working with laboratory accreditation agencies that understand both initial certification and ongoing compliance makes a measurable difference someone tracking your renewal calendar so it's never a scramble.

Why Lab Owners Choose FDASINDIA

Labs that work with FDASINDIA typically come in after one of two experiences: a failed or delayed audit elsewhere, or the realization that they're out of their depth trying to manage 17025 documentation alongside daily lab operations.

Here's what the process generally looks like when working with a dedicated accreditation partner:

• Gap assessment first — reviewing your current documentation, equipment records, and quality manual against ISO/IEC 17025 requirements before any submission is made

• Clear framework guidance — helping you determine early whether ISO 17025, ISO 15189, or both apply to your lab's scope of testing

• Documentation built around your actual workflow — not templated files that don't reflect how your technicians really work

• Renewal tracking — so surveillance audits and recertification deadlines don't catch you off guard

For hospital and clinic labs in particular, this matters because your accreditation status often ties directly into contracts, insurance panel approvals, and referral relationships. A lapsed or delayed certification isn't just a paperwork problem — it can interrupt revenue.

A Practical Way to Think About Your Next Step

Before your next audit — new or renewal — it's worth asking three honest questions:

1. Do our calibration and method validation records actually trace cleanly, end to end?

2. Has our internal audit process found real issues in the last cycle, or just confirmed what we already believed?

3. If a competency file was pulled at random today, would it be current?

If any answer gives you pause, that's a reasonable moment to bring in outside eyes before the accreditation body does.

Ready to Move Forward?

Whether you're preparing your first ISO/IEC 17025 submission or your lab's renewal is coming up faster than you'd like, getting expert guidance early tends to save both time and money. Reach out to FDASINDIA to schedule a gap assessment and find out exactly where your lab stands before the audit clock starts ticking.

New to ISO 15189? FDASIndia’s Complete Guide to First-Time Lab Certification

 For a medical laboratory, quality, accuracy, and reliable patient results are essential. ISO 15189 Accreditation provides a structured framework for demonstrating that a medical laboratory operates with competence, consistency, and effective quality management. For laboratories preparing for accreditation for the first time, understanding the requirements and laboratory accreditation process can make the journey much easier.

This guide explains the key stages involved in ISO 15189 Accreditation, the importance of ISO 15189:2022, and how laboratories can prepare for a successful assessment.

What Is ISO 15189 Accreditation?

ISO 15189 is an international standard specifically designed for medical laboratories. It combines requirements for a laboratory’s quality management system with requirements for technical competence.

ISO 15189:2022 is the current edition of the standard and focuses on areas such as:

• Quality management and laboratory operations

• Personnel competence

• Equipment and infrastructure

• Examination processes

• Sample collection and handling

• Method verification and validation

• Internal quality control

• Risk management

• Reporting of laboratory results

• Management of nonconformities

• Continual improvement

For a laboratory, accreditation against ISO 15189 demonstrates that its processes are controlled and that it has established systems to produce technically valid and reliable results.

Why Is ISO 15189:2022 Important for Medical Laboratories?

Medical laboratory results can directly influence diagnosis, treatment, and patient management. A well-implemented quality system therefore needs to cover more than documentation.

ISO 15189:2022 places strong emphasis on risk-based thinking, patient-focused laboratory services, competence, and consistent examination processes. Implementing these requirements can help laboratories reduce errors, improve traceability, strengthen documentation, and establish greater confidence in test results.

This makes medical lab accreditation valuable not only for compliance but also for improving laboratory performance.

Who Needs Clinical Lab Accreditation?

Clinical lab accreditation is relevant to laboratories performing medical examinations and diagnostic testing. Depending on their activities, laboratories may include:

• Pathology laboratories

• Clinical chemistry laboratories

• Hematology laboratories

• Microbiology laboratories

• Molecular diagnostic laboratories

• Immunology laboratories

• Histopathology laboratories

• Hospital-based medical laboratories

• Independent diagnostic laboratories

In India, laboratories seeking clinical laboratory accreditation in India should understand the applicable requirements, identify an appropriate accreditation route, and prepare their management and technical systems before assessment.

ISO 15189 Accreditation vs Other Laboratory Accreditation

One common mistake among new applicants is assuming that every laboratory follows the same accreditation standard.

Different laboratory activities may require different standards. For example:

Laboratory Activity	Common Standard
Medical laboratory examinations	ISO 15189
Testing laboratories	ISO/IEC 17025
Calibration laboratories	ISO/IEC 17025
Medical device testing	ISO/IEC 17025, where applicable
Inspection activities	ISO/IEC 17020

Therefore, testing lab accreditation, medical device testing lab accreditation, and calibration lab accreditation should not be treated as identical to medical laboratory accreditation.

The applicable standard depends on the nature and scope of the laboratory's activities.

Understanding Accreditation Bodies for Medical Laboratories

An accreditation body evaluates whether a laboratory meets the relevant international standard and has the competence required for its defined scope.

When comparing accreditation bodies for medical laboratories, laboratories should consider factors such as:

• Applicable accreditation standard

• Accreditation scope

• Assessment methodology

• Recognition arrangements

• Technical competence of assessors

• Accreditation procedures

• Surveillance and reassessment requirements

• Transparency of the accreditation process

Selecting the appropriate accreditation body is an important early decision because it influences how the application and assessment process will be managed.

The Laboratory Accreditation Process: Step by Step

For first-time applicants, the laboratory accreditation process can be divided into several practical stages.

1. Understand the Standard

Begin by studying ISO 15189:2022 and identifying which requirements apply to your laboratory's activities.

Do not treat the standard as a documentation exercise. The objective is to establish processes that work effectively in day-to-day laboratory operations.

2. Define the Scope

The laboratory should clearly define the examinations and activities for which accreditation is being requested.

A properly prepared scope helps determine the required personnel, equipment, methods, quality controls, facilities, and technical records.

3. Conduct a Gap Assessment

Compare the laboratory's existing practices against ISO 15189:2022 requirements.

A gap assessment can identify areas requiring improvement, such as:

• Missing procedures

• Incomplete records

• Personnel competency gaps

• Equipment management issues

• Quality control weaknesses

• Method verification or validation requirements

• Risk management gaps

• Inadequate document control

Addressing these gaps before formal assessment can significantly improve preparedness.

4. Establish the Quality Management System

The laboratory should develop and implement a practical quality management system.

This may include procedures and records covering document control, personnel, equipment, purchasing, sample management, examination processes, quality indicators, nonconformities, corrective actions, internal audits, management reviews, and continual improvement.

The system should reflect actual laboratory activities rather than simply creating documents for assessment purposes.

5. Demonstrate Technical Competence

Documentation alone is not enough for accreditation.

The laboratory needs to demonstrate that personnel are competent, equipment is appropriately managed, examination methods are suitable, and results are supported by appropriate quality control and technical evidence.

Where applicable, laboratories should also address method verification or validation, measurement uncertainty, reference materials, proficiency testing, and traceability.

6. Implement Internal Audits

Internal audits help determine whether the laboratory's management and technical processes are being followed effectively.

Audits should cover relevant requirements and laboratory activities. Findings should be documented, investigated, and addressed through appropriate corrective actions.

7. Conduct Management Review

Management review provides an opportunity to evaluate the effectiveness of the laboratory's quality system.

The review may consider audit results, complaints, quality indicators, nonconformities, corrective actions, risks, resources, personnel performance, and opportunities for improvement.

8. Apply for Accreditation

Once the laboratory has implemented the required systems and believes it is ready, it can submit its application and supporting information to the selected accreditation body.

The accreditation body then reviews the application and plans the assessment according to its procedures.

9. Prepare for Assessment

Assessors evaluate both the documented management system and actual laboratory practices.

They may review records, interview personnel, observe activities, examine equipment and facilities, and evaluate technical processes within the proposed scope.

10. Address Nonconformities

If nonconformities are identified, the laboratory needs to investigate their causes and implement suitable corrective actions.

Simply correcting an individual error may not be sufficient. The laboratory should determine why the problem occurred and take steps to prevent recurrence.

11. Accreditation Decision

After completion of the assessment and closure or satisfactory resolution of applicable findings, the accreditation body proceeds according to its decision-making process.

Once accreditation is granted, the laboratory must continue maintaining its management system and technical competence.

Also read : ISO 15189 Accreditation for Medical Laboratories: Why the Right Accreditation Partner Matters

Common Challenges for First-Time Applicants

New laboratories often face challenges because they focus heavily on documentation while overlooking implementation.

Common issues include:

• Procedures that do not match actual practices

• Insufficient staff competency records

• Poor equipment maintenance documentation

• Incomplete quality-control records

• Weak internal audit programs

• Inadequate corrective-action investigations

• Unclear accreditation scope

• Incomplete method verification or validation

• Poor risk management

• Lack of management involvement

A successful medical lab accreditation program requires active participation from laboratory management and technical personnel.

How FDASIndia Can Support Your Accreditation Journey

For laboratories preparing for ISO 15189 Accreditation, having a clear implementation strategy can make the process more organized and manageable.

FDASIndia operates as an accreditation body for laboratories and follows a management system aligned with ISO/IEC 17011:2017. Its accreditation activities cover relevant laboratory accreditation requirements, including medical laboratories under ISO 15189 and testing and calibration laboratories under applicable standards.

FDASIndia became an APAC MRA Signatory in June 2023 and an ILAC MRA Signatory in August 2023 for testing and calibration laboratory accreditation.

For organizations exploring accreditation bodies for medical laboratories, understanding the applicable standard, scope, assessment requirements, and accreditation pathway is an important first step.

Final Thoughts

Starting the ISO 15189 journey does not have to be overwhelming. By understanding ISO 15189:2022, defining the correct scope, implementing a practical quality management system, demonstrating technical competence, and preparing systematically for assessment, a medical laboratory can build a stronger foundation for accreditation.

Whether you are planning clinical laboratory accreditation in India, upgrading an existing quality system, or applying for ISO 15189 Accreditation for the first time, proper preparation can help reduce avoidable gaps and make the accreditation journey more structured.

Ready to begin your ISO 15189 journey? Contact FDASIndia for guidance on medical laboratory accreditation and the accreditation process.

ISO 15189 Accreditation for Medical Labs: Requirements and Process

 Accurate laboratory testing is an essential part of modern healthcare. Physicians depend on laboratory findings when diagnosing illnesses, selecting treatments, monitoring patients, and making important clinical decisions. Because of this, medical laboratories need reliable systems that support accuracy, competence, consistency, and patient-focused quality.

ISO 15189 accreditation gives medical laboratories an internationally recognized framework for demonstrating the quality and competence of their services. In India, laboratories preparing for accreditation can evaluate different accreditation organizations according to their scope, operational requirements, and long-term objectives. FDASIndia provides an India-based accreditation route for eligible medical laboratories seeking accreditation against ISO 15189:2022.

Understanding ISO 15189 for Medical Laboratories

ISO 15189 is specifically designed for medical laboratories. Unlike standards that focus only on management systems, it combines quality management requirements with requirements for technical competence.

The standard applies across different stages of laboratory operations. These include patient-related activities, sample collection, transportation, examination processes, result evaluation, reporting, personnel competency, equipment management, reagent control, risk management, and continual improvement.

An ISO 15189 accreditation assessment therefore looks beyond paperwork. The laboratory needs to demonstrate that its systems are properly implemented and that it has the technical competence required for the activities included in its accreditation scope.

This provides healthcare organizations and other stakeholders with greater confidence in the laboratory's ability to deliver consistent and technically reliable results.

How ISO 15189 Can Improve Laboratory Performance

Quality in a medical laboratory depends on many interconnected activities. A laboratory may have qualified professionals, but without effective equipment controls, sample management, quality monitoring, and documented procedures, maintaining consistent performance can be difficult.

ISO 15189 helps laboratories establish structured controls for important areas such as:

• Personnel qualifications, training, and competency

• Equipment selection, maintenance, and monitoring

• Reagent and consumable management

• Patient and sample identification

• Pre-examination activities

• Examination procedures

• Post-examination processes

• Result validation and reporting

• Quality indicators

• Risk management

• Nonconforming work

• Corrective actions

• Internal audits

• Management reviews

• Continual improvement

When these elements operate together, they can support a stronger quality culture and more consistent laboratory performance.

For this reason, clinical lab accreditation should not be viewed merely as a regulatory formality. It can become part of a laboratory's broader approach to quality improvement and operational control.

Preparing for the Laboratory Accreditation Process

The laboratory accreditation process involves preparation at both management and technical levels.

A laboratory should first identify the examinations and services it wants to include within its proposed accreditation scope. Once the scope is established, appropriate procedures, technical methods, quality controls, documentation, records, and competency requirements need to be developed and implemented.

Internal audits can help the laboratory identify areas that require improvement before the external assessment. Management reviews can further support evaluation of system performance and help leadership address identified risks and weaknesses.

During the formal assessment, the laboratory needs to demonstrate that its documented systems are implemented effectively. Assessors may evaluate personnel competence, equipment, technical procedures, records, quality control activities, reporting processes, and other applicable areas within the defined scope.

Since requirements and assessment procedures can vary between accreditation organizations, laboratories should carefully review the applicable policies and documentation of their selected accreditation body.

FDASIndia provides medical laboratory accreditation documentation, including application-related information and assessment requirements based on ISO 15189:2022.

Medical Laboratory Accreditation Around the World

ISO 15189 is internationally used, but accreditation arrangements differ between countries and regions.

In India, NABL is a major accreditation organization providing accreditation to medical laboratories against ISO 15189. It also provides accreditation services for testing and calibration laboratories under ISO/IEC 17025.

In the United States, the College of American Pathologists (CAP) operates an ISO 15189 accreditation program. CAP indicates that its ISO 15189 program works alongside CLIA requirements rather than replacing them.

In the United Kingdom, UKAS provides accreditation for medical laboratories against ISO 15189 and evaluates areas related to quality management, technical competence, impartiality, and laboratory activities.

Singapore's Singapore Accreditation Council (SAC) operates accreditation schemes covering medical laboratories under ISO 15189 and testing and calibration laboratories under ISO/IEC 17025.

In the Middle East, laboratories may consider organizations such as the Emirates International Accreditation Centre (EIAC) in the UAE and the Saudi Accreditation Center (SAAC) in Saudi Arabia, which provide accreditation programs covering medical laboratories.

These organizations operate within their respective accreditation environments. Therefore, laboratories should compare accreditation options based on scope, applicable regulations, recognition arrangements, assessment requirements, and organizational needs.

What Makes FDASIndia an Option for Indian Laboratories?

FDASIndia provides an additional accreditation option for eligible laboratories in India.

The Federation for Development of Accreditation Services (FDAS) is a non-government and non-profit organization registered in Haryana. Its accreditation management system operates in accordance with ISO/IEC 17011:2017, which provides requirements for accreditation bodies.

FDAS offers accreditation programs covering medical laboratories, testing laboratories, and calibration laboratories. Medical laboratories can apply for accreditation against ISO 15189:2022, subject to the applicable scope and requirements.

For Indian laboratories, an India-based accreditation organization can offer practical accessibility while operating within an internationally aligned accreditation framework.

FDAS states that it became an APAC MRA Signatory/Full Member on 16 June 2023 and an ILAC MRA Signatory/Full Member on 28 August 2023 for testing and calibration scopes.

These international arrangements form part of FDASIndia's stated international accreditation orientation.

Accreditation Support for Different Laboratory Activities

Some healthcare organizations and laboratory groups manage multiple technical activities. A medical laboratory may operate alongside testing or calibration facilities, creating a need to understand different accreditation standards.

FDASIndia's programs cover medical laboratories under ISO 15189 and testing and calibration laboratories under ISO/IEC 17025, subject to applicable accreditation scopes.

The organization also provides supporting documentation, including application forms, assessment checklists, supplementary criteria, policies, and procedures.

Having access to defined requirements can help laboratories organize their preparation and understand the areas that need attention before an accreditation assessment.

Selecting an Appropriate Accreditation Organization

Choosing an accreditation body is an important decision in the accreditation journey. Laboratories should not base this decision only on location or familiarity.

Important considerations can include:

• Availability of the required accreditation scope

• Applicable national and regulatory requirements

• Accreditation framework and policies

• Recognition arrangements

• Assessment procedures

• Technical requirements

• Geographic and operational considerations

• Long-term organizational objectives

NABL, CAP, UKAS, SAC, EIAC, SAAC, and FDASIndia represent different accreditation options within their respective environments. The most appropriate choice depends on the laboratory's individual requirements.

For Indian medical laboratories considering an alternative accreditation pathway, FDASIndia offers an India-based framework for ISO 15189:2022 accreditation.

Building a Sustainable Quality Culture

Obtaining accreditation is only one stage of a laboratory's quality journey. Maintaining the system effectively requires ongoing attention from laboratory management and personnel.

Competency should be monitored, equipment should remain under appropriate control, quality indicators should be reviewed, risks should be assessed, internal audits should be conducted, and identified problems should be addressed through suitable corrective actions.

A laboratory that treats ISO 15189 as an ongoing management and technical framework can build quality into everyday operations rather than treating accreditation as a one-time project.

Also read: FDASIndia: Your Trusted Partner for ISO 15189 Accreditation for Medical Laboratories

FDASIndia and ISO 15189 Accreditation

For medical laboratories in India, selecting the right accreditation pathway requires an understanding of both technical requirements and organizational objectives.

FDASIndia provides an India-based option for eligible medical laboratories seeking ISO 15189 accreditation, supported by documented requirements and an accreditation management system aligned with ISO/IEC 17011:2017. Its programs also include applicable testing and calibration laboratory accreditation under ISO/IEC 17025.

Laboratories considering clinical lab accreditation can compare FDASIndia with other laboratory accreditation agencies and determine which organization best fits their required scope and operational needs.

Is your medical laboratory preparing for ISO 15189:2022 accreditation? Contact FDASIndia to discuss your applicable scope, requirements, and accreditation process.