ISO/IEC 23385:2022 defines a method for measuring single photo printing time for digital printing devices, making it relevant for teams that need a consistent way to evaluate print performance. In procurement, testing, and product comparison workflows, the document supports more objective technical review by aligning measurement practice around a shared method. ISO/IEC 23385:2022 is especially useful when reported output speed, laboratory evaluation, and documented performance claims need to be checked against a repeatable framework.

What is ISO/IEC 23385:2022?

This technical document sets out a method focused on measuring the time required to produce a single photo print from a digital printing device. Its role is typically to support consistent performance assessment rather than to define the printer itself. For engineering and compliance teams, ISO/IEC 23385:2022 can help structure verification activities, technical assessment, and product evaluation using a common measurement approach. As a derived document connected to ISO/IEC 23385, it should be used alongside the parent reference when documenting review or conformity assessment work.

Applications of ISO/IEC 23385:2022

Organizations may use this reference when comparing digital printing devices during procurement, validating vendor performance statements, or preparing internal testing workflows. It is relevant in laboratory evaluation, quality workflows, and technical documentation where single photo print timing needs to be recorded in a repeatable way. The document can also support operational consistency across product lines, helping teams build clearer engineering documentation and more defensible compliance references for product evaluation or regulatory preparation.

Why is ISO/IEC 23385:2022 important?

Consistent measurement methods reduce ambiguity when performance claims are reviewed across suppliers, test sites, or product generations. ISO/IEC 23385:2022 supports technical validation by giving procurement and engineering teams a more reliable basis for comparison, which can improve risk management and reduce disagreement over reported print-time results. In conformity assessment and quality assurance workflows, a defined approach to timing measurements helps strengthen testing consistency, documentation quality, and confidence in the final technical review.

• Method guidance for measuring single photo printing time on digital printing devices
• Useful for product evaluation, supplier comparison, and procurement review
• Supports repeatable laboratory evaluation and documented performance testing
• Helps align engineering documentation with conformity assessment workflows