No. A crack in a ceramic or glass cooktop allows liquids from spills or cleaning to seep into the high-voltage electrical components underneath. This creates a high risk of electrical shorts or fire. We recommend unplugging the unit and calling for a professional glass replacement immediately.

This is often a sign of a failing radiant element or a faulty "infinite switch" that controls power flow. If the element isn't cycling correctly, it won't maintain the high temperature needed for boiling. Our technicians can test the voltage to determine if the part needs a simple replacement.

While not immediately dangerous, it indicates a failed thermal sensor. This is a safety concern because you won't know when the surface is actually cool enough to touch. It can also lead to the element burning out prematurely if the sensor is sending incorrect signals to the control board.

Yes. Modern touch-control stoves often suffer from "ghost touching" or total unresponsiveness due to moisture or heat damage to the control UI or the main power board. We can typically replace the specific interface module without needing to replace the entire stovetop.

Absolutely. Induction stoves require specialized knowledge of electromagnetic copper coils and inverter boards. Our technicians are trained to diagnose why your induction hobs aren't detecting your cookware or why the internal cooling fans have stopped running.

For electric stoves, this is often a sign of a shorted internal switch or moisture trapped behind the control knobs. For gas-on-glass units, it’s usually a faulty spark module or a misaligned igniter. We can pinpoint the electrical short to stop the clicking and prevent a potential blown fuse or control board damage.

This usually happens when the internal filament of a coil or radiant element breaks and "shorts" against its casing. It creates a brief flash of light and often leaves a visible burn mark. You should stop using the burner immediately, as this can damage the internal wiring or the infinite switch if left unaddressed.

While you can’t "calibrate" a burner like an oven, we can test the voltage and cycle frequency of your infinite switches. If your burner is stuck on high regardless of the setting, or if it stays at a low simmer when turned to max, the switch has likely failed and is no longer regulating the power correctly.

If the metal or countertop area around your stove feels excessively hot, it’s often a sign that the insulation underneath the cooktop has shifted or the cooling fan (common in induction or high-end radiant models) has failed. This needs to be checked promptly to avoid damaging your cabinetry or the stove's internal electronics.