What is EN ISO 12203-2: 2014 ?

EN ISO 12203-2: 2014 is an international standard that outlines the requirements for product data exchange within the computer-aided design and manufacturing industry. It is designed to provide a vendor-neutral and neutral framework for representing and transmitting product data, which can help to overcome the challenges of data inconsistency, duplication, and incompatibility that often arise when multiple software tools are used throughout the product lifecycle.

EN ISO 12203-2: 2014 is built upon the foundation of EN ISO 10303-21: 2012, also known as STEP, which is a well-established international standard for the creation and exchange of product information. The primary purpose of EN ISO 10303-21: 2012 is to enable seamless sharing, integration, and interoperability of product data across different software applications, systems, and organizations.

One of the key benefits of EN ISO 12203-2: 2014 is its ability to establish common principles and guidelines for technical writing, which can help to improve the quality and consistency of technical articles, making them easier to understand and more accessible to a wider audience. The standard covers a wide range of topics, including terminology, structure, language usage, and citation methods.

In addition to these benefits, EN ISO 12203-2: 2014 also provides a vendor-neutral and neutral framework for representing and transmitting product data, which can help to overcome the challenges of data inconsistency, duplication, and incompatibility that often arise when multiple software tools are used throughout the product lifecycle.

Overall, EN ISO 12203-2: 2014 is an important standard that can help to improve the quality and consistency of technical articles, making them easier to understand and more accessible to a wider audience. By adhering to the guidelines outlined in EN ISO 11239: 2012, technical writers can ensure that their articles are organized, factual, and well-referenced, which can help to overcome the challenges of data inconsistency, duplication, and incompatibility that often arise when multiple software tools are used throughout the product lifecycle