Digital.png

Quality management. Requirements for measurement management systems

Regular price
£322.00
Sale price
£322.00
Regular price
£161.00
Sold out
Unit price
per 

What is BS EN ISO 10012:2026 Quality management - Requirements for measurement management systems about?

The newly revised ISO 10012 provides a framework  for establishing, maintaining, and improving a Measurement Management System (MMS). Its goal is to ensure the validity, reliability and traceability of measurement results across an organization.

Unlike earlier guidance, this revision transforms BS EN ISO 10012:2026 into a fully auditable, Type “A” management system standard. The new framework gives organizations the opportunity to assess and manage measurement practices across the business. 

Who is BS EN ISO 10012:2026 Quality management -Requirements for measurement management systems for? 

  • Metrologists or measurement experts.
  • Manufacturers (automotive, aerospace, electronics, pharmaceuticals, defence).
  • Testing and calibration laboratories.
  • Healthcare and medical device sectors.
  • Quality managers, compliance officers, auditors, calibration professionals.
  • Engineers and production managers responsible for systems where precision and repeatability of measurements directly impact performance and customer safety.
  • Equipment engineers.
  • Designers of new products or improvements to the existing systems.
  • System engineers trying to understand measurements and measurement quality.
  • Product quality managers.
  • Technicians or engineers who do not identify as measurement professionals.


What does BS EN ISO 10012:2026 Quality management - Requirements for measurement management systems cover? 


BS EN ISO 10012:2026 has been updated to meet the requirements of a modern management system standard. It provides:

  • End-to-end coverage: from design and development, to testing, monitoring, and delivering valid measurement results.
  • Annexes on uncertainty, periodicity, and pass/fail criteria, including practical decision trees for setting calibration intervals.
  • Integration flexibility: designed to work alongside BS EN ISO 9001, BS EN ISO 14001, BS EN ISO 45001, and even sector-specific standards like ISO 14025 or the ANSI standards.
  • Guidance on risk management related to measurement processes, ensuring faulty measurements don’t compromise quality or compliance.

Why should you use BS EN ISO 10012:2026 Quality management - Requirements for measurement management systems?

  • Organizations that lack a robust MMS often face serious problems: Inaccurate or inconsistent measurements leading to poor product quality.
  • Increased production costs.
  • Higher costs from rework, recalls and regulatory penalties.
  • Regulatory non-compliance, especially in heavily regulated industries like aerospace, pharma, or defence.
  • Loss of customer trust and competitive edge when measurement credibility is in doubt.


By adhering to the requirements in BS EN ISO 10012:2026, organizations can:

  • Ensure measurement consistency and traceability.
  • Demonstrate compliance to regulators and customers.
  • Reduce risk and cost by catching errors early.
  • Build a culture of quality and precision that supports innovation and credibility in global markets.


What's changed?


BS EN ISO 10012:2026 is a significant revision of BS EN ISO 10012:2003, reflecting over twenty years of industry evolution:

  • From guidance to auditable standard: BS EN ISO 10012:2026 is now a type “A” requirements standard, with 205 mandatory ‘shall’ statements. This makes it suitable for certification and external audits.
  • Broader scope: the standard is comprehensive and covers the design, development, testing, monitoring and delivery of valid measurement results.
    Modern terminology and structure, aligned with other ISO management system standards for seamless integration.
  • Practical tools and annexes including handling uncertainty of measurement, guidance on periodicity of calibration and use of decision rules and risk-based approaches (drawing on ILAC G8 and similar frameworks).
  • Real-world examples and notes to make adoption easier for diverse industries.

These changes were driven by a global demand from manufacturers seeking measurement excellence across all areas of production.