BS EN ISO 16610-21:2012

BS EN ISO 16610-21:2012 - Precision in Metrology and Measurement

The BS EN ISO 16610-21:2012 is a significant standard developed under the umbrella of ISO (International Organization for Standardization) that addresses the critical area of metrology and measurement. This document, with the ISBN 978 0 580 64406 1, serves as an essential resource for professionals involved in the quality control and assurance sector, particularly in contexts requiring high precision and reliability in measurement methodologies.

Released on August 31, 2012, this standard is a crucial component of the ISO 16610 series, specifically dealing with the principles for the evaluation of the measurement of physical phenomena. These guidelines are integral to ensuring that measurement systems are able to provide accurate and reproducible results across various applications, enhancing both product quality and process capability.

This standard emphasizes the importance of systematic evaluation techniques and benchmarks that support manufacturers and laboratories in their pursuit of precision. BS EN ISO 16610-21:2012 outlines the accepted methodologies for assessing the measurement uncertainty and the reliability of metrological data, leading to enhanced trust and credibility in measurement outcomes.

By adhering to this standard, organizations can achieve compliance with international measurement norms, facilitating smoother communication and collaboration within global supply chains. This not only aids in meeting regulatory requirements but also strengthens the foundation for quality management systems, ultimately resulting in improved customer satisfaction and competitive advantage.

The price for obtaining the full hardcopy or PDF version of this vital document is set at £258.00, reflecting its value in enhancing workplace efficiency and accuracy.

For those involved in industries such as manufacturing, electronics, automotive, and many others where precision measurement is pivotal, BS EN ISO 16610-21:2012 offers a well-defined structuring of measurement practices that are essential in driving innovation while maintaining the highest standards of quality.