Navigating Obsolescence: A Growing Challenge for ASEAN Factories

The Rising Tide of Obsolescence in ASEAN Manufacturing \\[10pt] As the pace of technological advancement accelerates, the risk of obsolescence in manufacturing components and systems is growing. According to a recent report by PMMI Business Intelligence, this trend is particularly pronounced in software and digital infrastructure, but it also affects mechanical and electrical parts. For factories in Thailand, Vietnam, Indonesia, and Malaysia, this means that staying ahead of obsolescence is more critical than ever. \\[10pt] ## Key Drivers of Obsolescence \\[10pt] The primary driver of obsolescence is the rapid development of new technologies. However, other factors such as component failures, digital incompatibility, and material cost and availability also play significant roles. In the ASEAN context, where many factories are still in the process of modernizing, these challenges can be even more pronounced. For example, in Thailand, where the automotive and electronics industries are key economic drivers, the need to keep up with the latest technology is crucial. Similarly, in Vietnam, where the manufacturing sector is rapidly expanding, the pressure to adopt new technologies is high. \\[10pt] ## Mitigating the Impact of Obsolescence \\[10pt] To address the growing risk of obsolescence, stronger coordination and communication across the supply chain are essential. End users, original equipment manufacturers (OEMs), and component suppliers must work together to plan and manage obsolescence events. This includes early communication about potential obsolescence, avoiding custom components, and providing support for planning and mapping obsolescence challenges. \\[10pt] In Indonesia, where the food and beverage industry is a major player, the impact of obsolescence can be particularly disruptive. Factories often rely on backstocking, seeking alternatives, and purchasing new machinery to mitigate the effects. However, these strategies can be costly and time-consuming. OEMs can help by providing conversion kits, creating new components, and selling new machinery, but they also need to be more transparent about their R&D cycles and provide more lead time for obsolescence declarations. \\[10pt] In Malaysia, where the semiconductor industry is a significant contributor to the economy, the need for proactive obsolescence management is even more critical. Component manufacturers should offer clear explanations for why a component is being discontinued, provide alternatives, and give estimates of product lifespans and conversion kit costs. This transparency can help end users make informed decisions and better plan for the future. \\[10pt] ## Collaboration and Proactive Planning \\[10pt] The report emphasizes that all stakeholders have a role to play in managing obsolescence. Collaboration and more formal processes can help prevent cascading impacts and ensure that there is adequate backstock of components. OEMs and component manufacturers should prioritize proactive communication and provide as much lead time and supporting information as possible when issuing obsolescence declarations. \\[10pt] For factory buyers in ASEAN, the key takeaway is to integrate obsolescence into total cost of ownership calculations and to consider proactive service agreements and component planning strategies. By doing so, they can reduce disruption and prepare their operations for future obsolescence challenges. Events like PACK EXPO International 2026 provide a valuable forum for these conversations, bringing together industry stakeholders to discuss equipment lifecycle and service strategies, and to make more informed total-cost-of-ownership decisions. \\[10pt] In summary, the growing risk of obsolescence in manufacturing requires a collaborative and proactive approach. By working together and implementing formal processes, factories in ASEAN can better navigate the challenges of obsolescence and ensure the long-term sustainability of their operations.