Corrosion from a wet phone, flux from a rework job, grime from a decade of service — the repair trade's soils all live under components where nothing else reaches. This is the bench tool that does.
Boards out of housings; batteries OFF and out, always. Screen the exclusion list (unsealed relays, some MEMS/mics per BOM).
Electronics-safe aqueous chemistry, 40–55 °C, gentle power, 5–15 minutes — flux, electrolyte corrosion and contamination out from under BGAs and connectors.
Ionic residues carried off in a clean DI rinse — the step that turns "looks clean" into "measures clean".
Warm-air dry until genuinely dry — hours for dense boards, never minutes — then test. Powering a damp board undoes everything.
Electrolyte corrosion under shields and connectors is the killer; cavitation reaches it the day the device arrives. Recovery rates climb when cleaning is same-day and complete.
Flux and residue under BGAs breed dendrites and callbacks. The tank cleans where the brush and swab genuinely cannot.
Boards clean while techs diagnose the next device — the queue moves without another hire.
Phone and device repair: board-sized tank, bench footprint, liquid-damage triage on tap.
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Repair centres and industrial electronics: full boards, ECUs and batch work in the wide basket.
View, buy or rent →Production electronics cleaning to IPC limits is documented in our PCB case study.
| Chemistry | Electro electronics-safe aqueous — the 3 L PS 603 with Electro is the classic electronics bench setup |
| Temperature | 40–55 °C |
| Power | Low |
| Time | 5–15 minutes |
| Then | DI rinse · thorough warm dry · then power |
Starting points only — part condition, chemistry and load set the final card. We help you dial it in.
Send us a tray of your worst — we clean it, photograph it and send back the result with the machine and cycle that did it.