ASTM E2698

ASTM E2698 is the ASTM standard for radiographic examination using digital detector arrays, providing a practical framework for applying digital imaging in inspection workflows. It helps define how radiographic evaluations are conducted when detector arrays are used instead of traditional film-based methods. This matters because consistent practice supports clearer interpretation, repeatable results, and better alignment between testing organizations, purchasers, and quality requirements.

What is ASTM E2698?

ASTM E2698, Standard Practice for Radiographic Examination Using Digital Detector Arrays, describes a standardized approach for performing radiographic examination with digital detector array technology. As a practice, it is generally used to guide how the examination is set up, executed, and evaluated in a controlled manner. The document is relevant for users who need a common technical reference for digital radiography work, helping support consistency in image capture, inspection quality, and reporting across different applications.

Where is ASTM E2698 used?

This standard is commonly used in radiographic inspection environments where digital detector arrays are part of the imaging system. It may be applied in nondestructive testing workflows that rely on digital X-ray or gamma-ray examination of components, assemblies, or manufactured parts. Laboratories, inspection providers, and quality teams use it as a reference when establishing procedures, comparing results, or verifying that digital radiographic examination practices are being followed in a consistent way.

Why is ASTM E2698 important?

ASTM E2698 is important because it supports uniform practice in a method where image quality and interpretation can depend heavily on equipment setup and procedure control. Using a recognized ASTM standard can help reduce variation, improve confidence in inspection results, and support compliance in procurement or quality assurance programs. For organizations using digital detector arrays, it offers a practical benchmark for reliable examination and more defensible technical decisions.

• Digital radiographic examination practice
• Detector array-based imaging workflow
• Procedure consistency and repeatability
• Quality control and inspection alignment
• Technical reference for compliance use