ISO/ASTM 52901:2017 – AM Order Mgmt

Additive manufacturing — General principles — Requirements for purchased AM parts

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Shoulds:

This standard provides guidelines for the definition and communication of requirements for parts made by additive manufacturing (AM). It aims to facilitate clear and efficient communication between part providers and customers to ensure that the resulting parts meet customer requirements. The standard covers:
Customer Order Information: Details to be exchanged at the time of order, including part definition, raw material requirements, final part characteristics, inspection requirements, and acceptance methods.
Applicability: Intended for use by part providers and customers of AM parts, applicable to any AM process and material type.
Criticality and End Use: Allows for different requirements based on the classification of the criticality and expected end use of the parts.

Implementing the ISO/ASTM DIS 52901 standard ensures a consistent and high-quality approach to the Additive Manufacturing (AM) process across various industries. This standard defines requirements for the exchange of technical data between customers and manufacturers, helping to streamline communication, avoid misunderstandings, and improve the overall quality of AM parts.
By following this guideline, companies can ensure that product specifications, quality expectations, and inspection methods are clearly defined from the initial design phase to final delivery. This not only reduces errors and rework but also strengthens trust between partners, enabling more efficient collaboration.
The standard plays a vital role in industries where precision and safety are critical, such as aerospace, medical devices, and automotive sectors. It helps companies achieve repeatable quality, supports compliance with regulatory requirements, and fosters the widespread adoption of AM technologies.

Clear definition of supplier requirements for AM parts.

Standardized communication of technical specifications between suppliers and manufacturers.

Ensures traceability of materials and processes throughout the supply chain.

Facilitates contractual agreements based on predefined quality benchmarks.

Supports vendor qualification and performance evaluation.

Provides detailed quality control requirements at each stage of production.

Defines inspection methods and acceptance criteria for AM parts.

Ensures documentation of process parameters for quality assurance.

Helps in setting up non-destructive and destructive testing protocols.

Standardizes reporting templates for quality deviations.

Assists in implementing corrective actions and continuous improvement measures.

Standardizes process parameter documentation for consistent production.

Supports the development of Design for Additive Manufacturing (DfAM) guidelines.

Ensures process stability through qualification procedures.

Defines material properties and calibration requirements.

Guides post-processing steps to achieve final product specifications.

Promotes process optimization and repeatability.