ASTM F2119
Standard Test Method for Evaluation of MR Image Artifacts from Passive Implants
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About This Item
ASTM F2119 is the standard test method for evaluating MR image artifacts from passive implants. It provides a technical framework for assessing how non-active implanted materials may affect magnetic resonance image quality, helping users understand potential distortion or signal disruption. For hospitals, device manufacturers, and test laboratories, this standard supports more consistent evaluation of imaging impact and informs product review, labeling, and compatibility decisions.
Purpose of ASTM F2119
The purpose of ASTM F2119 is to define a repeatable way to evaluate artifacts associated with passive implants in MR imaging. As an ASTM standard, it helps create a common testing basis for comparing how different implants may influence image appearance under magnetic resonance conditions. The standard is useful when image clarity, diagnostic reliability, and controlled test reporting are important. It gives manufacturers and reviewers a structured method for documenting MR image artifacts in a practical and comparable way.
Common use cases of ASTM F2119
ASTM F2119 is commonly used when assessing passive implants intended for environments where MR imaging may be performed. It is relevant in product development, premarket evaluation, and technical review of implant-related imaging performance. The standard may also support laboratory testing, compliance documentation, and quality control activities tied to MR safety and image artifact characterization. In practice, it helps teams evaluate how a device may appear during MRI and whether the resulting artifact could affect interpretation.
Why ASTM F2119 matters
This standard matters because MR image artifacts can reduce image usefulness and complicate clinical interpretation. Using ASTM F2119 supports more consistent testing and clearer communication about implant-related imaging effects. That consistency is valuable for procurement decisions, regulatory support, and product comparison. It also helps reduce uncertainty during engineering evaluation and quality control by giving stakeholders a recognized method for documenting artifact behavior. For organizations working with passive implants, it can improve confidence in technical review and compliance workflows.
- MR image artifact evaluation
- Passive implant testing
- Comparative technical review
- Quality control documentation
- Compliance support for imaging-related assessments
- Publication Date: 2024-05-17
- Publisher: ASTM
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