IEC 62899-301-1:2017

IEC 62899-301-1:2017 defines a technical reference for printed electronics equipment, focusing on contact printing with a rigid master and the measurement method for plate master external dimensions. It is relevant when an engineering or quality team needs a documented basis for evaluating dimensional consistency, tooling fit, and inspection criteria in printed electronics workflows. For organizations handling procurement, verification activities, or conformity assessment, IEC 62899-301-1:2017 supports a more structured technical review of equipment-related measurements and related engineering documentation.

IEC 62899-301-1:2017 standard overview

This document addresses a specific measurement method within the contact printing process used for rigid master plate dimensions in printed electronics equipment. Its scope is closely tied to dimensional evaluation, making it useful where repeatable measurement practices are needed for technical validation and operational consistency. As a primary technical reference, it can support documented evaluation, quality workflows, and comparison of measured values against defined engineering expectations during acceptance or review activities.

Applications of IEC 62899-301-1:2017

IEC 62899-301-1:2017 is most relevant in printed electronics manufacturing, laboratory evaluation, and equipment qualification workflows where rigid master plates must be measured in a controlled way. It may be used by manufacturers, test laboratories, and procurement teams assessing whether a contact printing system aligns with internal specifications or project requirements. The document can also support technical assessment during supplier review, incoming inspection, and verification of measurement procedures used in production or development environments.

Why IEC 62899-301-1:2017 matters

Consistent dimensional measurement helps reduce risk in equipment setup, tool compatibility, and downstream process variation. By providing a defined basis for evaluating external dimensions of a plate master, the standard can improve testing consistency and support conformity assessment preparation. It is also useful when organizations need clearer evidence for technical compliance, procurement decisions, or engineering validation. In practice, it helps align measurement workflows across teams and reduces ambiguity in quality assurance activities.

• Measurement method guidance for rigid master plate external dimensions in contact printing equipment
• Support for verification activities, laboratory evaluation, and acceptance checks
• Useful reference for procurement review, supplier comparison, and engineering documentation
• Helps improve consistency in technical assessment and quality control workflows