ISO standards

ISO standards play a crucial role in the context of additive manufacturing as they provide globally recognized standards that ensure the quality, safety and efficiency of 3D printing processes and products. These standards are designed to provide a consistent framework for the many facets of additive manufacturing, from technical specifications and test methods to generally accepted practices and guidance for different materials and processes.

One of the key ISO standards for additive manufacturing is ISO/ASTM 52900, which describes basic terms, definitions and concepts of additive manufacturing. This standard provides a common language for professionals and serves as the basis for further specifications and standards.

Another essential standard is ISO/ASTM 52901, which specifies requirements for quality assurance in additive manufacturing, including design criteria, material usage and process control. This standard is important to ensure that products are manufactured to the expected quality and consistency and helps to avoid potential errors or irregularities in the production process.

ISO standards also cover safety-related aspects, such as ISO/ASTM 52925, which deals with the safe handling of powders in additive manufacturing, or ISO/ASTM 52924, which describes safety requirements for 3D printers.

In addition, there are ISO standards that relate to specific materials or printing processes, such as ISO/ASTM 52915, which describes requirements for the use of CAD data for additive manufacturing to ensure that designs are transferred and interpreted correctly.

Overall, ISO standards in the context of additive manufacturing provide an indispensable basis for promoting best practices and overcoming technical challenges. They help to increase the acceptance and reliability of 3D printing technologies in various industries by providing a standardized approach to their integration and use. This is particularly important for companies that use additive manufacturing technologies globally and want to ensure that their production remains at a safe, efficient and high-quality level.