Parts, lead times and why we quote first

Most disputes about appliance repair are not about the work. They are about a part that arrived late, a price that changed, or a repair that turned out not to be worth doing. All three are avoidable with an estimate written before anything is ordered, so that is how we run.

What the estimate contains

Three numbers and one sentence. The part cost, the labour, and the total. Then a sentence saying what we expect the repair to achieve and for how long.

That last sentence is the useful one. “This gasket will stop the condensation and should last five to eight years” and “this control board will bring the unit back but the compartment sensors are the same age” are both honest, and they lead to different decisions.

The diagnostic fee is flat, stated before the visit, and credited toward the repair when you approve the work. If you decide not to proceed, you have paid for a diagnosis and you own it — including the part numbers, so you are free to take it elsewhere.

Why we do not order first

Ordering before approval sounds like good service and is usually the opposite. A part ordered on assumption becomes a part that has to be used, and that quietly biases the diagnosis. It also creates the situation where a customer is told a repair costs more than they expected after the money has already been spent.

There is a second reason, specific to built-in appliances of a certain age: the part you need may not be the part that is available. Finding that out before you have committed to a repair is better than finding it out afterwards.

What OEM buys you

The parts we supply are genuine OEM. In some categories that distinction matters a great deal and in others it matters less, and it is worth being straight about which is which.

It matters most for anything that seals, anything that senses, and anything that carries gas. Door gaskets cut to the wrong profile do not seal in the corners. Temperature sensors from an unknown source may follow a different resistance curve, so the control reads a plausible but wrong number and you have made the fault harder to find. Gas components are not a place for substitution at all.

It matters least for generic fasteners, hoses and clamps, where the specification is ordinary and the original is simply the same thing in a branded bag.

Lead times, honestly

Common wear parts — gaskets, fill valves, igniters, hinges, filters, spray arms, blower wheels — are generally quick. Control boards and cosmetic panels for older built-in appliances are the ones that stretch, and panels are worse than boards because they are large, easily damaged in transit, and often colour or finish specific.

We give a range rather than a date, and we update it if the range changes. If a part is genuinely uncertain, we will say so before you approve, so you can decide whether to wait or to plan around the appliance.

Repair or replace

For built-in appliances the arithmetic is different from freestanding ones, because replacement is not just the price of the machine. It is the machine plus the cabinetry work, plus any panel, plus the possibility that current dimensions do not match a twenty-five-year-old opening. A repair that would be marginal on a freestanding unit is often clearly worthwhile on a built-in.

The tests we apply, in order:

• Is the failed part the appliance’s main assembly, or a serviceable component around it? A blower, a valve, a sensor or a hinge set is worth doing. A sealed system on a very old cabinet often is not.
• Is the rest of the machine sound? Corrosion in the chassis, a door that no longer aligns, or a second fault waiting behind the first changes the answer.
• Is the part supported? A repair that depends on a single used board with no history is a gamble, and we will label it as one rather than sell it as a fix.

We will tell you when we think replacement is the better call, in writing, even though the repair is the thing we get paid for.