BS ISO 13041-7:2004 - Precision Measurement Techniques

The BS ISO 13041-7:2004 standard provides essential guidelines for precision measurement techniques specifically tailored for manufacturing engineering. This standard is part of the ISO 13041 series, which focuses on the methodology of evaluating and improving the accuracy of measurement results within various manufacturing processes.

Published on April 27, 2004, BS ISO 13041-7:2004 offers a comprehensive framework that assists organizations in implementing standardized measurement practices. The standard serves as a pivotal resource for manufacturers aiming to enhance product quality through precise measurement and assessment.

The document outlines specific requirements and recommendations pertaining to the methodologies used in the measurement of geometrical features on mechanical parts. By adhering to these guidelines, organizations can ensure that their measurement processes are consistent, accurate, and compliant with international standards.

In practice, following BS ISO 13041-7:2004 allows manufacturers to reduce discrepancies in measurement data, leading to improved product reliability and performance. It emphasizes the use of calibrated equipment and verified techniques that minimize errors during measurements, making it invaluable for quality assurance in manufacturing settings.

This standard is designed to be practical and user-friendly, featuring clear definitions, processes, and measurement protocols that can be implemented across various manufacturing environments. Whether you are involved in automotive, aerospace, or general engineering sectors, complying with the guidelines set forth in this standard can significantly enhance your operational capabilities.

The ISBN for BS ISO 13041-7:2004 is 0 580 43711 6, and it is available for purchase at a price of £134.00. The standard is provided in both PDF and hardcopy formats, making it accessible for various business needs.

In conclusion, BS ISO 13041-7:2004 equips organizations with the necessary tools to refine their measurement processes, facilitating a robust manufacturing framework that prioritizes precision and reliability. Investing in this standard is a step toward achieving excellence in manufacturing and ensuring that your products meet the highest quality standards.