An Introduction to IPC-A-610 for Electronics Procurement Professionals

An Introduction to IPC-A-610 for Electronics Procurement Professionals

IPC-A-610 plays a significant role in ensuring the quality and reliability of electronic assemblies. Read this article to gain an overview of IPC-A-610, its importance in the electronics manufacturing industry and how it should affect your procurement process.

Table of Contents

  1. What is IPC-A-610?
  2. The Importance of IPC-A-610 in Electronics Manufacturing
  3. Understanding the IPC-A-610 Classes
  4. Key Inspection Criteria of IPC-A-610
  5. Leveraging IPC-A-610 for Informed Procurement Decisions
  6. Corintech: Your Trusted Electronics Manufacturing Partner for IPC-A-610 Class 3 Electronic Assemblies
  7. Conclusion

What is IPC-A-610?

IPC-A-610, is an industry-wide standard published by IPC International, a global association that helps OEMs and electronics manufacturers to build high-quality, reliable electronics. This standard sets the criteria for evaluating the acceptability of electronic assemblies based on visual appearance and workmanship.
What is IPC-A-610

The Importance of IPC-A-610 in Electronics Manufacturing

IPC-A-610 offers a international standard for assessing the quality and reliability of electronic assemblies. Following IPC-A-610 standards enables manufacturers to ensure consistent product quality and reliability. Understanding IPC-A-610 enables electronics procurement professionals to select appropriate suppliers and maintain the optimum balance of cost versus quality in their supply chain.

Understanding the IPC-A-610 Classes

IPC-A-610 defines three distinct classes, each catering to different application categories with varying quality and reliability requirements:

Class 1: General Electronic Products: This class encompasses products where performance is not critical, such as consumer electronics and toys.

Class 2: Dedicated Service Electronic Products: Products that require extended service life and continuous performance fall under Class 2, including industrial and automotive applications.

Class 3: High-Performance Electronic Products: Products for critical applications like aerospace and medical devices, where any failure could have severe consequences fall under Class 3.

Key Inspection Criteria of IPC-A-610

IPC-A-610 outlines detailed inspection criteria for electronic assemblies, including:

Solder Joints:

IPC-A-610 specifies criteria for solder joint acceptability, covering aspects like the shape, size, and overall workmanship of the solder connections. This includes criteria for through-hole soldering, surface mount technology (SMT) soldering, and mixed-technology assemblies. The standard defines acceptable solder fillet heights, wetting, and alignment, ensuring that solder connections meet the required strength and conductivity.

Component Mounting:

The IPC-A-610 standards focus on the proper placement and alignment of PCB mounted components. It addresses issues like component skew, coplanarity, and proper orientation, all of which can affect the long-term reliability of an electronics assembly.


IPC-A-610 also emphasises the importance of cleanliness. This includes the inspection of printed circuit board assemblies for residue, flux, or contaminants that might adversely affect performance and reliability. Proper cleaning procedures are vital for meeting IPC-A-610 requirements, especially for Class 3 applications.

Mechanical Aspects:

The mechanical inspection criteria of IPC-A-610 focus on verifying the stability and robustness of electronic assemblies. It covers factors like physical damage, board warpage, and proper mechanical support. Ensuring that the PCB and components are free from damage and correctly supported helps prevent premature failure due to environmental stresses or mishandling.

Lead Forming and Trimming:

IPC-A-610 outlines specific criteria for lead forming and trimming, which are essential steps for through-hole components. Proper lead forming ensures that the components fit optimally into the PCB, reducing the risk of intermittent connections and mechanical stresses during assembly and use.

Conformal Coating and Encapsulation:

Conformal coating and encapsulation are commonly used to improve the long-term reliability and safety of electronic assemblies. The IPC-A-610 standard provides inspection guidelines to verify the accurate application of these protective measures.

Identification and Marking:

IPC-A-610 also covers criteria related to identification and marking of components and boards. It ensures that part numbers, polarity indicators, and manufacturer markings, are present and legible for maintenance and traceability purposes.

By adhering to the key inspection criteria of IPC-A-610, manufacturers can ensure consistent quality and long-term reliability of the electronic assemblies they produce.

Leveraging IPC-A-610 for Informed Procurement Decisions

As an electronics purchasing professional, being well-versed in IPC-A-610 allows you to make informed decisions when selecting suppliers for electronic assemblies. By understanding the acceptance criteria defined by IPC-A-610, you can assess potential suppliers and verify that their products meet the necessary quality standards for your specific application needs. To control cost, carefully consider what IPC-A-610 class your product needs to achieve for its intended use and market.

Corintech: Your Trusted Electronics Manufacturing Partner for IPC-A-610 Electronic Assemblies

At Corintech, we are equipped to work up to IPC-A-610 Class 3, offering the highest quality and reliability. Partner with Corintech for your electronic assembly needs, and rest assured that you are in safe hands.


IPC-A-610 is a pivotal standard that plays a significant role in the electronics manufacturing industry. Embracing IPC-A-610 enables manufacturers to maintain consistent product quality and reliability across different application categories. Understanding IPC-A-610 enables procurement specialists to make informed decisions, select appropriate suppliers, and maintain high-quality standards within the electronics supply chain.

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