Controller & Drive Restoration | OHMz Technologies

Cost depends on the fault complexity, contamination level, and parts needed. A board-level repair is typically a fraction of the cost of replacing the entire controller assembly. Contact us with the model and symptoms for a per-unit estimate.

Yes. Voltage-spike damage usually affects the input protection circuit, rectifier, or switching stage. We can replace damaged components and restore the power supply to stable output.

Yes. We can remove heavy contamination, clean the feed path and printhead, and repair any mechanical or board-level damage caused by the operating environment.

Yes. We can receive failed UPS units from any plant, process them in batches, and hold a small pool of repaired spares that ship to whichever plant has the next failure.

Yes. We perform board-level diagnosis, replace failed components, and can fabricate mechanical parts like mounting brackets. As long as the core PCB is intact, restoration is usually possible.

Initial triage for a batch of 10 units is typically completed within 3-5 business days. We then provide a report showing which units are repairable, the estimated cost per unit, and the expected repair timeline.

We can prioritize based on production urgency. If you flag a unit as line-critical, we expedite diagnosis and repair to get it back before your next production window.

Yes. We ship to any address and can time deliveries for shift handover windows so the maintenance team has the part when they need it.

Yes. We ship to whatever destination you specify at the time of return. You can redirect repaired hardware to the plant with the most critical need, regardless of which site originated the shipment.

Yes. We sort and log each hardware family on intake, route them through the appropriate repair paths, and provide one consolidated status report and return shipment.

Stored spares can ship same-day or next-business-day depending on the time of the request. We keep your spares inventoried and ready so there is no intake or repair delay just pick, pack, and ship.

Yes. Metallic dust is particularly dangerous because it is conductive. We use appropriate cleaning methods to remove contaminants without damaging traces or components, then test to confirm the board is electrically sound.

It depends on your environment, but plants with heavy airborne particulates often benefit from a quarterly or bi-annual cleaning cycle. We can help you establish a preventive maintenance schedule.

Yes. We can establish a recurring intake schedule where fan assemblies and filter panels are sent in for cleaning and bearing inspection before they degrade to the point of failure.

Yes. A fan that spins but doesn't move air often has worn bearings, a clogged filter, or a reversed installation. We evaluate airflow behavior, not just rotation, to identify the real restriction.

Yes. We can add strain relief, replace worn connector housings, and use vibration-rated soldering techniques to prevent the same failure from recurring.

It often is. Random reboots can trace to capacitor degradation on the power rail, causing voltage droops under load. We can test the power section and replace failing capacitors to restore stable operation.

Yes. We load-test repaired power supplies to their rated output to verify stability under real operating conditions before returning them to the plant floor.