IEC 62899-301-3:2024 PDF

Printed Electronics - Part 301-3: Equipment - Contact printing - Rigid master - Method to measure the shape errors of printing plate rollers

First page of standard IEC 62899-301-3:2024

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Title (English):

IEC 62899-301-3:2024

Printed Electronics - Part 301-3: Equipment - Contact printing - Rigid master - Method to measure the shape errors of printing plate rollers

Document status:: Active
Format:: Electronic (PDF)
Number of pages:: 24
Publication date:: September 27, 2024
Edition:: IEC IS 62899 edition 1 version 1
ICS:: 19.080

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Description (English):

IEC 62899-301-3:2024 defines measurement terms and methods related to the shape errors of printing plate rollers. Measurement terms include radius, total run-out, and three kinds of shape errors of printing plate rollers that are axial deviation, radial deviation, and cross-sectional deviation. The remaining shape error excluding the three errors mentioned above is defined as a residual shape error. This document applies to printing plate rollers with or without patterns while excluding the pattern area for the measurement.

Technical details

Technical committee: TC 119 - Printed Electronics
SKU: IEC 62899-301-3:2024

Abstract

Overview

IEC 62899-301-3:2024 - Printed Electronics, Part 301-3: Equipment - Contact printing - Rigid master - Method to measure the shape errors of printing plate rollers - is an International Electrotechnical Commission (IEC) standard that defines measurement terms and methods for quantifying the geometric shape errors of printing plate rollers used in contact printing for printed electronics.

This standard specifies how to measure and report key geometrical parameters such as radius, total run‑out, and three primary shape errors: axial deviation, radial deviation, and cross‑sectional deviation. Any remaining variation beyond these three is defined as the residual shape error. Measurement excludes the pattern area and applies to printing plate rollers with or without patterns.

Key topics and technical requirements

Defined measurement terms: radius, total run‑out, axial deviation, radial deviation, cross‑sectional deviation, residual shape error.
Scope limitation: applies to rigid master printing plate rollers; excludes patterned areas for measurement.
Measurement methods (Clause 4):
- General principles for measuring shape errors.
- Requirements for the measuring instrument and recommended measurement setup.
- Measuring process steps to capture circumferential and axial data points.
- Reporting requirements and example report formats.
Numerical procedures (Annex B, normative): procedures to extract the least‑squares reference circle, remove axial and radial deviations, compute cross‑sectional deviation, and calculate residual shape errors.
Supplementary guidance:
- Annex A (informative): relationship between roller shape and printing force variation.
- Annex C (informative): worked examples of reports and graphical outputs.
Metrology detail: guidance on sample points per circumference and data handling (table and figures provided), but no specific acceptance/tolerance levels are prescribed in this document.

Practical applications and who uses this standard

Printed electronics manufacturers and production engineers use the standard to assess master quality and control printed feature fidelity (critical when printing features

Related standards

Other IEC standards

Abstract

Overview

Key topics and technical requirements

Defined measurement terms: radius, total run‑out, axial deviation, radial deviation, cross‑sectional deviation, residual shape error.
Scope limitation: applies to rigid master printing plate rollers; excludes patterned areas for measurement.
Measurement methods (Clause 4):
- General principles for measuring shape errors.
- Requirements for the measuring instrument and recommended measurement setup.
- Measuring process steps to capture circumferential and axial data points.
- Reporting requirements and example report formats.
Numerical procedures (Annex B, normative): procedures to extract the least‑squares reference circle, remove axial and radial deviations, compute cross‑sectional deviation, and calculate residual shape errors.
Supplementary guidance:
- Annex A (informative): relationship between roller shape and printing force variation.
- Annex C (informative): worked examples of reports and graphical outputs.
Metrology detail: guidance on sample points per circumference and data handling (table and figures provided), but no specific acceptance/tolerance levels are prescribed in this document.

Practical applications and who uses this standard

Printed electronics manufacturers and production engineers use the standard to assess master quality and control printed feature fidelity (critical when printing features

IEC 62899-301-3:2024 PDF

Technical details

Abstract

Overview

Key topics and technical requirements

Practical applications and who uses this standard

Related standards

Abstract

Overview

Key topics and technical requirements

Practical applications and who uses this standard

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