BS EN ISO 10289:2001

Overview of BS EN ISO 10289:2001

BS EN ISO 10289:2001 is a crucial standard in the field of manufacturing engineering, focusing on the assessment of the geometric tolerances of products. This standard provides guidelines for measuring, evaluating, and ensuring the quality of components produced in various manufacturing processes. By adhering to this standard, manufacturers can guarantee the reliability and accuracy of their products, ultimately leading to enhanced performance and customer satisfaction.

Key Features

• Identical to ISO 10289:1999: This standard aligns with the international ISO standard, ensuring global relevance and applicability.
• Geometric Specification: Establishes comprehensive criteria for geometric tolerances, a key aspect of product design and manufacturing.
• Manufacturing Quality Control: Provides a framework for quality assurance, helping manufacturers maintain consistency in their production processes.
• Applicable Across Industries: Suitable for various sectors, including automotive, aerospace, and machinery, where precision in tolerances is critical.

Technical Benefits

• Increased Product Accuracy: Implementing the guidelines from this standard enhances the precision of manufactured parts, ensuring they meet specified design requirements.
• Streamlined Quality Assurance Processes: The standard facilitates efficient evaluation processes, reducing time and costs associated with quality control.
• Reduced Manufacturing Errors: By using established geometric tolerances, manufacturers can minimize the risk of errors during production, leading to higher yield rates.
• International Compliance: Achieving compliance with BS EN ISO 10289:2001 enhances a manufacturer’s credibility and competitiveness in global markets.

Applications

This standard finds application in numerous manufacturing contexts. Key examples include:

• Automotive Manufacturing: Ensures that components such as gears and shafts meet stringent performance and safety standards.
• Aerospace Industry: Critical for the production of aircraft parts where precision and reliability are of utmost importance.
• Robotics and Automation: Plays a vital role in ensuring that robotic components operate accurately and efficiently.

Conclusion

By investing in BS EN ISO 10289:2001, organizations can enhance their manufacturing capabilities, drive efficiency, and improve product standards. The price of £220.00 reflects the significant value it brings to achieving excellence in manufacturing processes.