ASTM E801

ASTM E801 is the standard practice for controlling the quality of radiographic examination of electronic devices. It provides a technical framework for managing consistency in radiographic inspection, helping users apply a more reliable approach to evaluating electronic components and assemblies. For organizations that depend on clear inspection results, this ASTM standard supports quality control, repeatability, and more confident decision-making during examination and acceptance activities.

Overview of ASTM E801

ASTM E801 focuses on quality control for radiographic examination, with particular attention to electronic devices. As a practice, it is intended to help guide how radiographic inspections are controlled so results remain consistent and useful for evaluation. The standard is relevant to teams that use X-ray or related radiographic methods to examine internal features, hidden conditions, or potential defects in electronic products. It is commonly used as a technical reference for establishing disciplined inspection procedures.

Common use cases of ASTM E801

ASTM E801 is commonly used when radiographic examination is part of the inspection workflow for electronic devices and related assemblies. It may support production quality control, incoming inspection, failure analysis, or other evaluation steps where internal features must be assessed without damaging the item. The standard is especially useful when organizations need a consistent practice for controlling image quality, inspection conditions, and interpretation discipline in radiographic testing.

Benefits of using ASTM E801

Using ASTM E801 can help improve consistency in radiographic inspection practices and support more dependable quality control for electronic devices. It may reduce variation between inspections, strengthen documentation and procurement alignment, and help organizations evaluate products using a recognized ASTM standard. For buyers, engineers, and inspectors, this can improve confidence in the examination process and help reduce risk when internal conditions are not visible through direct observation.

• Quality control for radiographic examination
• Inspection consistency for electronic devices
• Support for evaluation and acceptance workflows
• Reference for controlled radiographic practice