Soldering & Board Repair
When a port, connector, trace, pad, or component fails, replacing the whole board is not always the only move. We inspect it, test it, and tell you whether board-level repair makes sense.
The repair under the repair
A lot of shops stop at part replacement. Board repair is what happens when the problem is smaller, uglier, and usually more annoying: a cracked solder joint, torn pad, shorted component, corroded connector, or broken trace.
Not just swapping boards
If the board can be repaired safely and the math makes sense, we would rather fix the failure than replace a whole assembly blindly.
Not every board is worth saving
Severe corrosion, burned inner layers, missing pads, or unavailable parts can make replacement the better answer. We will say that plainly.
What we can evaluate
If the problem is physical, electrical, or connector-related, this is usually the page you were looking for.
Charging ports and power jacks
Loose USB-C ports, DC jacks, charging sockets, broken pins, and intermittent power connections.
USB, HDMI, and data ports
Ports that are bent, ripped off, cracked, pushed in, or no longer making solid contact.
Pads, traces, and ripped connectors
Lifted pads, broken traces, torn flex connectors, and damage from previous repair attempts.
Board-level component replacement
Failed components, shorted parts, damaged circuits, and repair work that needs microscope-level accuracy.
Liquid and corrosion cleanup
Corroded boards, residue under shields, damaged connectors, and liquid-damaged electronics.
Consoles and specialty electronics
Game consoles, custom devices, control boards, modules, and unusual electronics we can evaluate in-house.
You may need this if...
Customers rarely ask for soldering first. They ask about the symptom. These are the common clues that the real failure may be on the board or connector.
Board repair has to be tested, not guessed
Soldering is the visible part. The important part is knowing what should be soldered, what should not, and whether the circuit works afterward.
Inspect the board
We look under magnification for cracked joints, torn pads, corrosion, missing parts, heat damage, and previous repair work.
Test before soldering
We check the failure path first. A port can look bad while the real issue is power, charging, storage, or another board circuit.
Repair what makes sense
If board work is realistic, we repair the connector, component, pad, or trace with the right tools and temperature control.
Verify before it leaves
We test the affected function after repair and explain what was fixed, what remains risky, and what to watch for.
We repair boards when the repair makes sense
Board repair is useful because it can avoid unnecessary replacement. It is also easy to waste money on if the board is too damaged. We care about the difference.
Not every board is repairable
Burned layers, missing pads, severe corrosion, or unavailable parts can make repair unrealistic.
Quoted case by case
Board repair depends on damage, access, parts, prior work, and testing time. We quote before paid repair work continues.
We will tell you when to stop
If replacement is the smarter answer, we will say that instead of chasing a bad repair.
Quoted after evaluation
Board-level repair depends on what failed, how badly the board is damaged, and whether parts are available.
Diagnostic deposit
Applied toward approved repair work, or covers diagnostic and bench time if declined.
Board repair labor
Connector work, trace repair, component replacement, and cleanup are quoted after evaluation.
Parts and risk
If parts are unavailable, prior work is bad, or the odds are poor, we explain that before you spend more.