ISO/IEC 22592-1:2024 provides a technical reference for measuring the image quality of colour prints in office equipment workflows. Based on the title, it focuses on structured print quality measurement methods rather than device design, making it relevant for engineering teams, testing laboratories, procurement reviews, and conformity assessment activities. As a supporting document within the ISO/IEC 22592 series, it can help organizations apply more consistent evaluation criteria when comparing output quality, documenting performance, or preparing technical validation records.

Purpose of ISO/IEC 22592-1:2024

The purpose of ISO/IEC 22592-1:2024 is to define image quality measurement methods for colour prints so results can be assessed in a more repeatable and comparable way. For organizations involved in product evaluation, laboratory evaluation, or quality workflows, the document is useful as a technical basis for documenting print performance and supporting engineering review. It may also assist teams that need a reliable compliance reference when aligning internal test methods with formal assessment practices.

Compliance applications of ISO/IEC 22592-1:2024

This reference is relevant where colour print output must be measured, compared, or reported as part of technical compliance or procurement evaluation. It may support verification activities for printers, multifunction devices, or related office equipment in controlled testing environments. Laboratories and manufacturers can use it to improve operational consistency in documented evaluation processes, while procurement and compliance teams may rely on it when reviewing product claims, preparing conformity assessment evidence, or aligning test reporting across suppliers.

Benefits of ISO/IEC 22592-1:2024

Using ISO/IEC 22592-1:2024 can improve testing consistency by giving stakeholders a clearer basis for measuring colour print image quality. That supports risk management, technical validation, and more reliable comparison between devices or test results. It can also reduce ambiguity in engineering documentation and help streamline compliance workflows by making performance assessment more structured. For organizations purchasing or qualifying office equipment, the document may improve due diligence and support more defensible procurement and conformity assessment decisions.

• Image quality measurement methods for colour prints
• Technical basis for repeatable test and evaluation workflows
• Support for engineering review, procurement checks, and conformity assessment preparation
• Useful for documenting performance comparisons within office equipment testing programs