What is ISO 10248-1992?

ISO 10248-1992 is a technical standard developed by the International Organization for Standardization (ISO). It pertains to the measurement and evaluation of machine tools' static and dynamic properties. This standard provides guidelines for determining the characteristics of machine tools, including their geometric accuracy, thermal behavior, and cutting performance.

The Importance of ISO 10248-1992

ISO 10248-1992 plays a crucial role in ensuring the quality and reliability of machine tools. By adhering to this standard, manufacturers can assess and verify the performance of their machines, thereby guaranteeing precision, efficiency, and safety in their operational use. The standard addresses the concerns of end-users and helps them make informed decisions when purchasing machine tools.

Key Parameters in ISO 10248-1992

ISO 10248-1992 outlines several key parameters used in evaluating machine tools. These include the positioning accuracy of linear and rotary axes, the repeatability of tool movements, and the dimensional stability of the machine's structure. Additionally, the standard defines procedures for testing thermal distortions caused by changes in environmental conditions, as well as methods for evaluating vibrations during cutting operations.

Implementation and Compliance

To comply with ISO 10248-1992, manufacturers need to follow the specific test procedures and measurement techniques outlined in the standard. They must conduct comprehensive evaluations and provide accurate documentation of the machine tool's performance characteristics. Compliance demonstrates a commitment to meeting international quality standards and ensures customer satisfaction, while non-compliance may lead to undesirable consequences, such as reputational damage or legal issues.