Technical Articles

IEC 60286: Packaging of Components for Automatic Handling - Bulk Case Dimensions

IEC 60286: Packaging of Components for Automatic Handling - Bulk Case Dimensions




The International Electrotechnical Commission (IEC) standard 60286, titled "Packaging of Components for Automatic Handling - Bulk Case Dimensions," sets forth the guidelines and specifications for the packaging of electronic components designed for automated handling processes. In the electronics manufacturing industry, efficient and reliable automated handling of components is essential for streamlining production processes, reducing errors, and maintaining product quality. Compliance with IEC 60286 ensures that electronic components are packaged in bulk cases with standardized dimensions suitable for automated handling systems, facilitating the integration of components into assembly lines and manufacturing processes.


Scope of IEC 60286


IEC 60286 focuses on the packaging requirements for electronic components intended for automated handling, particularly in the context of surface-mount technology (SMT) assembly and pick-and-place processes. The standard addresses the dimensions, materials, markings, and handling characteristics of bulk cases used to package and transport electronic components in manufacturing environments. It aims to optimize the compatibility, efficiency, and reliability of automated handling systems by providing clear guidelines for the design and construction of bulk cases for electronic components.


Key Requirements of IEC 60286


The key requirements of IEC 60286 focus on the following aspects to ensure the suitability and effectiveness of bulk cases for automated handling of electronic components:


1. Case Dimensions and Layout: IEC 60286 specifies the dimensions, shapes, and configurations of bulk cases used to package electronic components for automatic handling. The standard defines the internal and external dimensions of bulk cases, including length, width, height, compartment sizes, stackability, and compatibility with industry-standard handling equipment.


2. Material Properties: The standard outlines the material requirements for bulk cases, such as antistatic properties, strength, durability, ESD (electrostatic discharge) protection, and compatibility with automated handling systems. Bulk cases must be constructed from suitable materials that ensure component protection, minimize static discharge risks, and withstand the rigors of transport and handling in manufacturing environments.


3. Markings and Identification: IEC 60286 includes guidelines for the labeling, marking, and identification of bulk cases to provide essential information for automated handling systems. Markings may include part numbers, descriptions, barcodes, QR codes, orientations, and handling instructions to facilitate the identification, tracking, and management of components within bulk cases.


4. Handling and Transport: The standard addresses the handling and transport considerations for bulk cases, such as stackability, nesting, secure closure mechanisms, and compatibility with conveyor systems and robotic handling equipment. Bulk cases should be designed for efficient storage, loading, unloading, and movement within manufacturing facilities to support automated handling processes.


Benefits of Compliance with IEC 60286


Compliance with IEC 60286 offers several benefits to manufacturers, assemblers, and stakeholders in the electronics industry:


1. Improved Efficiency: Standardized bulk cases for electronic components compliant with IEC 60286 streamline automated handling processes, reduce manual intervention, and improve the efficiency of component loading, assembly, and production in manufacturing environments.


2. Enhanced Component Protection: Packaging electronic components in bulk cases that meet the material and design requirements of IEC 60286 ensures adequate protection against ESD, physical damage, contamination, and mishandling during storage, transport, and automated handling operations.


3. Interoperability and Compatibility: Following the guidelines of IEC 60286 enables manufacturers to produce bulk cases that are compatible with automated handling equipment, conveyors, pick-and-place machines, and assembly line systems, promoting interoperability and seamless integration of components in manufacturing processes.


4. Quality Assurance and Reliability: Compliance with the packaging standards outlined in IEC 60286 demonstrates a commitment to quality, reliability, and precision in the handling, storage, and transport of electronic components, fostering trust, consistency, and performance in manufacturing operations.




IEC 60286 plays a critical role in defining the packaging requirements for electronic components intended for automated handling processes, ensuring the compatibility, efficiency, and reliability of component handling in manufacturing environments. Compliance with the standard enables manufacturers to design and produce bulk cases that meet the dimensions, material properties, markings, and handling characteristics necessary for automated handling systems. By adhering to the guidelines of IEC 60286, stakeholders in the electronics industry can enhance the efficiency, quality, and precision of component packaging and handling processes, thereby optimizing production workflows, reducing costs, and improving the reliability of electronic manufacturing operations.



Contact: Eason Wang

Phone: +86-13751010017


Add: 1F Junfeng Building, Gongle, Xixiang, Baoan District, Shenzhen, Guangdong, China

Scan the qr codeclose
the qr code