Board-level circuit board & microsoldering repair
When a board has been written off somewhere else, we open it, find the fault under a microscope, and repair the part or trace that failed. Marine, industrial, automotive, audio, and obsolete electronics all come to the same bench.
- won't power on / no power
- intermittent or random faults
- water & corrosion damage
- burnt or overheated components
- no display / no output
- failed power section (blown caps, regulators)
- won't hold a charge / dead after a surge
What board-level repair actually means
Most repair today is scan-and-replace: plug in a diagnostic tool, get a fault code, and swap the whole board or the whole unit. It’s fast, and it’s often the default option offered, but it also means the real failure is never found, and boards that could be repaired end up in the trash because a flat-rate exchange was the path on offer.
Board-level repair, also called component-level repair, works differently. We open the unit, trace the fault down to the specific part or connection that failed, and repair that rather than the whole board. That might be a cracked or fatigued solder joint, a shorted voltage regulator, a corroded trace, or a failed component in the power section. Everything else on the board stays exactly as it was.
Microsoldering is what makes it possible
Modern boards use surface-mount components small enough that a standard soldering iron can’t touch them without damaging the board around them. Microsoldering is precision soldering done under magnification, with a microscope and fine-tip tools, to remove, replace, or rework individual components and traces without disturbing anything nearby. It’s the technique that separates real component-level repair from a board-swap.
No schematic doesn’t mean no repair
Plenty of boards that come through the door, especially obsolete, discontinued, or oddball equipment, have no published schematic. When that happens, the relevant section of the circuit gets reverse-engineered by hand: traced out, tested against a known-good reference where one exists, and worked from first principles to find the fault. It’s slower than pulling up a schematic, but “no documentation” isn’t the same as “no repair.”
Water and corrosion recovery
Water intrusion and corrosion are a recurring cause of board failure, whether it’s saltwater on a boat, condensation in an enclosure, or a spill. If the corrosion hasn’t fully bridged or eaten through a trace, the board is often still recoverable — clean it, repair or replace the affected components, and test.
One shop, every category of board
This is the foundation behind every specialty here: board-level repair across marine, automotive, industrial, and obsolete electronics under one roof, whatever the unit is.
How it works
Every board gets a free diagnosis first, with no obligation. From there it’s a firm quote, your approval, then the repair. Drop off in Palm Bay or Melbourne, or ship it in from anywhere; the process is identical either way.
Four steps. You approve before we start.
Drop off in Palm Bay or Melbourne, or mail it in from anywhere. Same process either way.
Diagnose
We open it up and find the real fault at the component level.
Free · no obligationFirm quote
A fixed price and turnaround — no surprises, no diagnostic fee.
You approve
Nothing happens to your board until you say go.
Repair & return
Component-level repair, tested, and back to you.
Frequently asked
Can a burnt or water-damaged circuit board be repaired?
In many cases, yes. Component-level diagnosis finds the specific part that failed or shorted, and water or corrosion damage can often be cleaned and repaired if it hasn’t fully bridged or eaten through a trace. Every board gets a free diagnosis to confirm whether it’s a realistic repair before any cost is involved.
What's the difference between board-level repair and just replacing the board?
Replacing the board swaps the whole assembly for a new or refurbished one, whether or not that’s actually necessary. Board-level repair finds and fixes the specific failed component instead, which usually costs less and is often the only option left when the board itself is obsolete or no longer available to buy.
Can you repair a board with no schematic or documentation?
Yes — a lot of the boards that come in, especially obsolete or oddball equipment, have no published schematic available. When that happens, the relevant section of the circuit is reverse-engineered by hand to find and repair the fault.
What is microsoldering?
Microsoldering is precision, component-level soldering done under magnification — using a microscope and fine-tip tools to remove, replace, or rework the tiny surface-mount parts and traces on a modern circuit board without damaging what’s around them.
Real before/after teardown photos are being added as repairs wrap up. Check back soon.