
If you have a working board, a faulty board, or a finished product and need more of the same producing, but the original CAD files, schematics, or manufacturer are no longer available, our reverse engineering service recreates it from the physical board itself.
We start by removing every component from the board and calculating its value.
This is usually the hardest and most time-consuming part of the job, since components are often obsolete and we need to source a working alternative.
Once we've compiled a full Bill of Materials, we move on to the board layout itself. For a single or double-layer board, we measure and redraw the layout directly on our CAD software. For multi-layer or more complex boards, we x-ray the board first to get an exact reading of the internal layout before reconstructing it in CAD.
That CAD data is then used to photo-plot and manufacture new boards, without the cost and delay of sourcing obsolete original components. The new board is built to function the same, or often better, than the original.
Copying a board exactly would mean tracking down the same components originally used, many of which are no longer in production. Instead, we substitute in readily available, improved components where needed, so the new board performs the same job, sometimes better, without the cost and delay of hunting down obsolete parts.
Depending on the components involved, there may be very slight differences in layout, though this doesn't affect how the board performs.
Where a board design is protected by copyright, we won't reproduce another company's work.
One recent job involved recreating 17 different rack-mounted PCBs originally designed in the 1980s, boards that controlled safety systems including valves, sprinklers, and detectors. With no current manufacturer to turn to and original documentation long gone, each board took our engineers 40 to 50 hours of reverse engineering work to rebuild from the physical originals. - Will Leverett
PCB assembly uses two main techniques:
SMT components are soldered directly onto the board’s surface, offering:
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THT involves inserting component leads through drilled holes for a stronger connection:
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