What is EN ISO 13363-2:2014

EN ISO 13363-2:2014 is a technical standard that provides guidelines and requirements for the evaluation of machine tools. It specifies the methods for measuring performance characteristics and the assessment of their compliance with the given requirements. This standard applies to both manual and computer-controlled machine tools, and it is widely used in the manufacturing industry.

Scope of EN ISO 13363-2:2014

The scope of this standard covers various aspects related to machine tool performance. It includes the measurement of static and dynamic attributes such as accuracy, repeatability, cutting forces, and vibration levels. These measurements help determine the precision, reliability, and stability of the machine tool.

Furthermore, the standard also addresses environmental conditions, such as temperature and humidity, which can affect the machine tool's performance. It provides guidelines for minimizing the impact of these factors and ensuring consistent results.

Importance of EN ISO 13363-2:2014

EN ISO 13363-2:2014 is crucial for manufacturers and users of machine tools. Compliance with this standard ensures that machine tools perform to the expected standards, resulting in accurate and reliable production processes. By following these guidelines, manufacturers can improve the quality of their products and meet customer expectations.

Additionally, the standard enables users to compare different machine tools objectively. It provides a common basis for evaluating and selecting the most suitable machine tool for specific manufacturing requirements. Moreover, it helps identify any deviations or limitations in performance, allowing for timely maintenance and troubleshooting.

Conclusion

EN ISO 13363-2:2014 is a vital standard for the evaluation and assessment of machine tools. It ensures that these tools meet the necessary requirements for precision, reliability, and stability. By adhering to this standard, manufacturers can enhance product quality, while users can make informed decisions when selecting machine tools.