Keeping Electronic Component Recovery and Reuse Closer to Home

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Over the past several years, electronics manufacturers have been forced to rethink what supply chain resilience really means. Shortages, extended lead times, allocation pressures, obsolescence, and price volatility have exposed the limits of a procurement strategy built on the assumption that new components will always be available when needed. However, even when parts can be sourced, they may come with unacceptable lead times, inflated spot-market pricing, or concerns around authenticity and traceability.

Component recovery and reuse are no longer viewed simply as a last-resort option for obsolete or hard-to-find parts. They are part of a broader supply chain strategy focused on control and unlocking value from assets that companies already own.

Rethinking What Resilience Looks Like

Resilience is often discussed in terms of supplier diversification, better forecasting, and stronger inventory planning. These are important, but they remain dependent on external supply. In semiconductor recovery for reuse, we use the term “internal supply creation.” This could mean recovering components from surplus assemblies, decommissioned products, obsolete boards, manufacturing scrap, or excess inventory that no longer has value in its original form. In the right circumstances, those parts can be safely removed, inspected, reconditioned, tested, and returned to stock for reuse.

In practical terms, recovery can help companies:

• Maintain production when critical parts are unavailable through traditional channels
• Reduce exposure to spot-market pricing and broker risk
• Extend the usable life of legacy platforms and long-life programs
• Create value from inventory and assemblies that might otherwise be written off
• Create a more controlled response to shortages, obsolescence, and last-time-buy pressure

To continue reading this article, which appeared in the July 2026 SMT007 Magazine, click here.