ASTM ISO/ASTM52910 is the standard for Additive manufacturing — Design — Requirements, guidelines and recommendations, providing structured direction for design decisions in additive manufacturing. It helps users approach part design with clearer requirements and practical guidance, supporting better communication between design, production, and quality teams. By focusing on design considerations specific to additive processes, this ASTM standard can help improve consistency, reduce ambiguity, and support more reliable outcomes when preparing parts for manufacture.

ASTM ISO/ASTM52910 standard overview

This ASTM ISO/ASTM52910 document addresses design requirements, guidelines, and recommendations for additive manufacturing. Its purpose is to support design activities by translating additive manufacturing considerations into a more usable technical framework. Rather than focusing on a single machine or material, it is centered on how parts should be designed with additive methods in mind. That makes it useful for organizations seeking a clearer technical basis for design review, process planning, and communication across engineering and production functions.

Where is ASTM ISO/ASTM52910 used?

ASTM ISO/ASTM52910 is commonly used wherever additive manufacturing parts are being designed for production or evaluation. It is relevant in workflows that connect CAD design, build preparation, and downstream manufacturing review. The standard may be used by engineers, suppliers, and quality teams working with 3D-printed components across a range of additive systems and materials. Because it focuses on design requirements and recommendations, it is especially useful early in the product development process, before parts are released for build.

Practical importance of ASTM ISO/ASTM52910

In practice, ASTM ISO/ASTM52910 helps organizations apply more consistent design rules when working with additive manufacturing. That can support compliance efforts, improve procurement specifications, and make product evaluation more straightforward. Clear design guidance may also reduce risk by limiting ambiguity in part intent, geometry choices, and manufacturing expectations. For teams managing quality control or supplier review, the standard provides a technical reference that can improve alignment between design goals and the realities of additive production.

• Design guidance for additive manufacturing
• Requirements and recommendations framework
• Supports build-ready part definition
• Useful for design review and process planning
• Helps improve consistency and communication