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On this page (9 sections)
Challenge
Failed boards had no documentation and several obsolete components.
Replacing the full system would have been expensive and time-consuming.
Solution
We reverse engineered the circuits, identified replacement components and repaired boards, then documented the design for future support.
Each repaired board was tested against its functional requirements before return.
Outcome
Equipment returned to service without replacing the full system.
The customer gained documentation that supports future repairs.
What made it work
Systematic diagnosis and careful documentation turned an unsupported design into one that can be maintained for years to come.
Careful diagnosis avoided unnecessary component replacement.
Approach
Boards were inspected, circuits traced and documented, and failed components identified through testing. Where original parts were unavailable, equivalents were evaluated for electrical and mechanical compatibility.
Every step was recorded so that future repairs can follow the same process.
Deliverables
Repaired boards were returned with test records, and the recreated documentation enables future repairs to be carried out more quickly.
Documentation was handed over in a format the customer's team can use.
Lessons for equipment owners
Documenting legacy boards before they fail makes future repairs faster and less risky.
Proactive documentation reduces downtime when failures occur.
Services involved
Instrument repair, reverse engineering and component sourcing.
Each of these services was managed by the same project team, which kept communication simple and decisions consistent from start to finish.
Could this work for you?
If your equipment depends on unsupported boards, contact us to discuss repair and documentation before failures become urgent.
Contact us with a short description of your situation and we will suggest an approach, timeline and indicative cost.