When a home appliance stops working, the whole house feels it — the AC on a hot night, the fridge full of food, the washing machine mid-cycle. Our appliance repair team diagnoses faults at component level, repairs with genuine parts, and tests every unit before handover, so the appliance goes back to work the way it should.
We repair all major home appliances: air conditioners, refrigerators, washing machines, microwave ovens, water dispensers, electric motors and pumps, electric ovens, geysers (electric water heaters) and ceiling fans. From a simple capacitor swap to a full motor rewind or PCB repair, the work is done by trained technicians with proper test equipment — no guesswork, no temporary fixes.

Every appliance below is shown the same way: its own picture beside its own detail — the faults we see most often, and exactly what we do about them.

Common faults:
What we do: full diagnosis first — pressures, current draw, error codes and board checks — then leak repair and recharging, PCB repair or replacement, fan motor repair, and a complete general service so the unit leaves cooling at full capacity.

Common faults:
What we do: compressor testing and replacement, thermostat and sensor replacement, leak detection, system flushing, filter drier replacement, vacuum and accurate recharging — then a temperature test run before handover.

Common faults:
What we do: pump, belt and bearing replacement, motor repair or rewinding, inverter/PCB repair, and a full test wash cycle to confirm spin, drain and balance before the machine goes back.

Common faults:
What we do: high-voltage section testing and magnetron replacement, diode/capacitor/fuse replacement, turntable motor replacement, mica cover renewal and control board repair — followed by a heating test with a measured water load.
Safety: high-voltage work is done only by our technicians — a microwave capacitor can hold a dangerous charge even when unplugged.

Common faults:
What we do: compressor and relay repair, element and thermostat replacement, tank and tap resealing or replacement, full internal descaling and sanitising, and a hot/cold temperature check at handover.

Common faults:
What we do: complete motor rewinding with quality copper wire and proper insulation class, bearing and capacitor replacement, shaft and impeller repair, seal replacement, and a load test with current-draw measurement before delivery.

Common faults:
What we do: element testing and replacement with the correct wattage and rating, thermostat and safety cut-out replacement, wiring and terminal renewal, insulation checks (megger test) and a full heat-up test before handover.

Common faults:
What we do: element testing and replacement with the correct wattage and rating, thermostat and safety cut-out replacement, wiring and terminal renewal, insulation checks (megger test) and a full heat-up test before handover.

Common faults:
What we do: capacitor replacement with the correct µF rating, bearing greasing or replacement, regulator repair/replacement (including electronic and remote-controlled types), blade balancing and a full-speed test on every step of the regulator.
Beyond fault repair, these are the standing services our workshop provides — each with its picture and what it actually includes.

A complete service, not a quick wash: filters, cooling coil and blower cleaned, drain line flushed, outdoor condenser washed, gas pressure and current draw checked, and connections tightened.
A serviced AC cools faster, uses less electricity and lasts longer.

Refrigerant top-up and full recharge for R22, R410a and R32 systems — always after leak detection and repair, never just "gas and go".
The system is vacuumed before charging and the charge is weighed/measured to specification, then pressures and cooling are verified.

Component-level repair of appliance control boards — AC indoor/outdoor boards, washing machine and fridge PCBs, microwave control panels.
Burnt relays, failed capacitors, power-supply sections and sensor circuits are repaired and bench-tested, which often saves the cost of a full board replacement.

Cordless drills and other power tools repaired on the service bench: motor, switch, chuck and battery faults tested and fixed.

Full and partial rewinding of fan motors, pump motors and appliance motors with quality copper wire, correct insulation and varnish treatment — finished with bearing checks and a load test.
Tell us the appliance and the symptom (call or WhatsApp). We agree a visit or a workshop drop-off time that suits you.
The technician tests the appliance, finds the actual fault and gives a clear estimate before any work begins. No repair starts without your approval.
The fault is repaired using genuine or correctly rated parts — the right capacitor value, the right element wattage, the right refrigerant — fitted and wired to standard.
The appliance is run through a full working cycle: cooling temperatures, spin and drain, heating, pressures and current draw are measured, not assumed.
You see the appliance working, we explain what was done and how to look after it, and the old parts are handed back to you.
Clean the filters every 2–3 weeks in the season; service the unit before summer, not during the first heatwave.
Keep a small gap behind the fridge for airflow, clean the condenser coils twice a year, and never overload the door shelves.
Do not overload the drum, leave the door slightly open after washes to prevent odour, and clean the drain filter monthly.
Never run it empty, keep the mica cover clean of food splashes, and stop the oven immediately if you see sparks.
Sanitise the tanks every few months and replace a cracked bottle at once — a leaking bottle neck is the top cause of dispenser leaks.
Keep motors dry and ventilated; a new noise or vibration is an early warning — early bearing replacement is far cheaper than a rewind.
If the breaker trips when the appliance starts, switch it off and call a technician — repeated resetting damages the element and the wiring.
A fan that has slowed down usually needs a capacitor, not a new fan; run fans on the regulator's top step occasionally to keep the capacitor exercised.
Yes. Every job starts with inspection and a clear estimate. The repair only begins after you approve it — if you decide not to repair, you pay nothing for the repair work that was not done.
Not blindly. Weak cooling is often dirty coils, a choked filter or a slow leak. We check pressures and look for the cause first; gas is only added after any leak is repaired, otherwise the charge is lost again within weeks.
Most board faults are a few failed components — relays, capacitors, power-supply parts — and a proper component-level repair with bench testing is reliable and usually costs far less than a new board. If a board is damaged beyond repair (burnt tracks, water damage across the board), we will tell you honestly and quote a replacement.
A rumbling or grinding noise on spin is most often worn drum bearings; a knocking noise can be an unbalanced load or a loose pulley. Bearings should be replaced promptly — a collapsed bearing can damage the drum and motor.
Usually not. A fan that is slow on all settings almost always has a failed run capacitor. Replacing it with the correct rating restores full speed at a fraction of the cost of a new fan.
A proper rewind — correct copper wire, correct turns, proper insulation and varnish — restores a motor to its original performance; it is a standard industrial repair, not a temporary fix. We finish every rewind with a load test and current-draw measurement before delivery.
Tell us the appliance and the symptom on WhatsApp — we will inspect it, give you a clear estimate first, and repair it with genuine parts, tested before handover.
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