Obsolescence Management for Electronics UK

Keeping Long-Life Equipment Supplied When Components Are Discontinued

Aircraft, trains, defence systems and medical equipment stay in service for decades. The semiconductors inside them are often discontinued within a few years. Systemation Euro helps close that gap through component recovery, refinishing, testing and verified sourcing support.

How We Support Obsolescence Management

Once a part is no longer available through authorised channels, the practical options narrow to re-using what exists, restoring what has degraded, or verifying what you can find elsewhere. We cover all three.

Component Recovery

Serviceable devices recovered from your own surplus, scrap or end-of-life boards and returned ready for re-use.

Re-Tinning and Alloy Conversion

Terminations that have oxidised in long storage restored, or converted to a different alloy where the build requires it.

Laser Reballing

BGA and CSP packages reballed where original solder has degraded or the alloy specification has changed.

Authenticity Verification

Independent testing of parts sourced through brokers or the open market, where obsolete stock carries the highest counterfeit risk.

Long-Term Storage Preparation

Devices baked, dry packed and labelled to JEDEC requirements for strategic reserve stock.

Programming and Packaging

Verified devices programmed, taped and reeled so they arrive production-ready.

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01604 491107

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The Obsolescence Problem in Long-Life Equipment

The mismatch is structural. A rolling stock fleet, an aircraft platform or an infusion pump may be supported for thirty years or more. A semiconductor product line might run for five. Every long-life programme therefore faces a point where a component it depends on is no longer manufactured.

The consequences are rarely just procurement problems. An obsolete part can halt a production line, delay a maintenance schedule, or force a board redesign that then requires full requalification. In regulated sectors such as medical and aerospace, requalification is frequently the largest cost in the chain, which is why extending the life of an existing design is usually preferable to redesigning around a new part.

Obsolescence management as a discipline is covered by IEC 62402, the international standard for establishing an obsolescence management framework across a product lifecycle. In defence contexts it sits alongside DMSMS, Diminishing Manufacturing Sources and Material Shortages, and the SD-22 guidance. These frameworks set out how to plan for obsolescence. What they do not do is supply the parts.

That is the practical gap we work in. Where devices can be recovered from existing boards, our component recovery service returns them to service. Where stock has degraded in storage, re-tinning and alloy conversion and laser reballing restore solderability. Where parts must be bought from brokers, counterfeit testing verifies them before they reach a safety-related assembly.

A Typical Obsolescence Support Engagement

Requirement Review

You tell us which devices are causing the problem, the volumes involved and the programme constraints.

Options Assessment

We advise which route applies: recovery from existing boards, refinishing of held stock, or verification of externally sourced parts.

Recovery or Refinishing

Devices recovered, re-tinned, converted or reballed as the condition of the parts requires.

Verification

XRF, visual and electrical testing to confirm the parts are genuine and serviceable.

Preparation

Programming, tape and reel, and dry packing so devices arrive ready for assembly.

Documentation

Full records supplied to support maintenance files, safety cases and audit requirements.

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Talk to Us About an Obsolescence Problem

Tell us which devices are causing difficulty and what your programme needs. We will advise honestly on what can be recovered, restored or verified.

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Extends Design Life

Keeping an existing design supplied usually costs far less than a redesign and requalification.

Reduces Counterfeit Exposure

Recovery from your own material and verification of bought-in stock both cut open-market risk.

Quality Assurance

Operated within our ISO 9001:2015 UKAS-accredited quality management system. Working towards AS9100 Rev D and AS6171.

Full Traceability

Records maintained throughout to support maintenance files, safety cases and audits.

Storage Preparation

Devices baked, dry packed and labelled to JEDEC requirements for strategic reserves.

Single-Site Service

Recovery, refinishing, testing, programming and packaging at one Northampton facility.

Need Help?

FAQ's

Below we have answered some common questions, however if the answer you're looking for isn't here please call us on +44 (0)1604 491107 or email via our contact form.

What is obsolescence management?

Obsolescence management is the practice of anticipating and managing the risk of components becoming unavailable during a product lifecycle. IEC 62402 provides the international framework, and in defence contexts it sits alongside DMSMS planning.

What happens when a component becomes obsolete?

It is no longer available through authorised channels. Options narrow to using existing stock, recovering parts from other assemblies, sourcing from brokers, or redesigning the board, which usually triggers requalification.

Can obsolete components be recovered and re-used?

Often yes. Devices recovered from surplus or scrap boards can be removed, refinished, tested and returned to service. Because the boards are your own, there is no counterfeit exposure.

Why is counterfeit risk higher for obsolete parts?

Obsolete devices are largely unavailable through authorised distribution, so buyers turn to brokers and the open market. That is precisely where counterfeit prevalence is highest, which makes independent testing essential.

Can you restore components that have degraded in storage?

Yes. Oxidised or contaminated terminations can be re-tinned, and BGA packages reballed, restoring solderability on parts that would otherwise be unusable.

Which sectors does this affect most?

Aerospace, defence, rail, medical and industrial, where equipment remains in service for decades and requalifying a redesign is costly or heavily regulated.

Systemation Euro

Other Services We Offer

Device Programming

IC programming services, complemented by dedicated device storage and handling.

SMD Taping & Reeling

Our automatic Taping & Reeling machines provide efficient, repeatable processing for our customers.

Bare Die Tape & Reel

We process CSP, WLCSP and flip chip devices from wafer, film frame and waffle pack into EIA-481-F compliant carrier tape.

Axial & Radial Taping

We tape and reel a wide range of axial and radial components including capacitors, resistors, diodes and springs.

Laser Marking

We use a concentrated beam of light to create permanent marks on the surfaces of target components.

Dry Packing

We offer a full dry packing service for all moisture-sensitive components.

OEM Project Support

Work with experienced operators who have full knowledge of the machines who can quickly have your cell operating.

Consumables Supply

In addition to the extensive services provided by Systemation Euro, we also supply a complete range of consumables.

Schedule a consultation with one of our specialists today to determine the perfect service solution.

Electronic Component Obsolescence Management