DIN EN ISO 10360
Standard Series for Coordinate Measuring Machines

In industrial metrology, precision is of paramount importance as it forms the basis for quality and reliability in manufacturing. The DIN EN ISO 10360 is an internationally recognized series of standards specifically developed for the acceptance and reverification of coordinate measuring machines (CMM). This standard defines the requirements and procedures necessary for evaluating the performance of CMMs.

For ZEISS, as a provider of metrology solutions, compliance with this standard is crucial because it guarantees the quality of measuring machines. Accordingly, all ZEISS coordinate measuring machines are calibrated according to the procedures of ISO 10360. Learn more here about the details, application areas, and significance of DIN EN ISO 10360.

The DIN EN ISO 10360 is an internationally recognized series of standards that defines the requirements for acceptance and reverification tests of coordinate measuring machines (CMMs). Developed by the International Organization for Standardization (ISO), it is recognized in Europe as an EN standard and in Germany as a DIN standard.

The main objectives of the DIN EN ISO 10360 standard are:

• Establishing standardized procedures for the acceptance and reverification tests of CMMs to ensure consistent quality and performance.
  
• Creating a unified framework for evaluating the performance of CMMs to promote comparability and interoperability.
  
• Ensuring the accuracy of coordinate measuring machines, which in turn improves the quality of the final products.
  

The DIN EN ISO 10360 is not just a single standard but a comprehensive series of standards that cover various aspects of acceptance and reverification tests for coordinate measuring machines and now also coordinate measuring systems. This structure allows for very specific and detailed quality control tailored to different types of systems and their respective applications.

Key parts of the DIN EN ISO 10360 standard series "Geometrical Product Specification (GPS) – Acceptance and Reverification Tests for Coordinate Measuring Machines (CMM)" include:

• DIN EN ISO 10360-2 (Part 2: CMMs for Length Measurement Specifications): Focuses on the testing conditions for length measurements and is particularly relevant for tactile CMMs.
  
• DIN EN ISO 10360-3 (Part 3: CMMs with the Axis of a Rotary Table as the Fourth Axis): Assesses devices equipped with a rotary table.
  
• DIN EN ISO 10360-4 (Part 4: CMMs in Scanning Mode): Defines the requirements for CMMs operating with tactile scanning sensors.
  
• DIN EN ISO 10360-5 (Part 5: CMMs Using Single and Multiple Stylus Contacting Probing Systems): Specifies the requirements for CMMs using tactile sensors.
  
• DIN EN ISO 10360-7 (Part 7: CMMs Equipped with Imaging Probing Systems): Sets the requirements for CMMs equipped with camera sensors.
• DIN EN ISO 10360-8 (Part 8: CMMs with Optical Distance Sensors): Relates to optical systems for non-contact measurements and is thus relevant for scanners and other non-contact measuring systems.
  

For ZEISS, this series of standards provides a valuable framework for quality assurance. It enables us to systematically validate the performance of our products and deliver the highest quality to our customers.

The DIN EN ISO 10360 defines a range of key areas that are crucial for the quality and reliability of coordinate measuring machines. The main elements of the standard include:

• Acceptance Tests: These tests are conducted to confirm that a new or modified CMM conforms to the specified requirements. They are essential for quality assurance before the device is put into operation.
  
• Reverification Tests: These regular tests are performed to ensure the ongoing performance and accuracy of a CMM. They are a vital part of continuous quality management.
  
• Calibration: The standard provides guidelines for the calibration to ensure that measurement results remain consistent and reliable over time.
  
• Documentation: The standard prescribes the necessary documentation for acceptance and reverification tests, including the results and procedures carried out. This is crucial for traceability and compliance.
  

The DIN EN ISO 10360 is primarily relevant for companies involved in industrial metrology, particularly for manufacturers and users of CMMs. The standard is applied across a variety of industries, including automotive, aerospace, mechanical engineering, and medical technology.

Specific applications in industrial metrology:

• Quality Control: The DIN EN ISO 10360 standard defines the requirements for testing the accuracy of CMMs, which is crucial for quality control in production.
  
• Calibration and Compliance: The standard provides a framework for the calibration of CMMs, documented through a calibration certificate, which is important for ensuring market access and regulatory compliance.