Broken Key Extraction Charleston

Yes. We use professional spiral and hook extractors (high-carbon steel tools thinner than the key itself). These allow us to bypass the lock’s pins, hook onto the key’s bitting (the “teeth”), and slide it out. Because we are a local shop with decades of hands-on experience, we can typically clear the keyway without leaving a single scratch on the cylinder.

Often, a key snaps because the ignition was already “binding” or sticking. If the internal wafers or springs are bent, simply removing the key won’t solve the problem. In these cases, we perform an on-site ignition rebuild. We disassemble the housing, replace the damaged internal components, and ensure the mechanism turns smoothly—saving you the $500+ cost of a full dealership replacement.

Yes. Even if your key is in pieces, we can usually decode the “depths” of the broken fragments to find your vehicle’s unique key code. We then use our computer-controlled code cutters to originate a brand-new, factory-spec key on-site. If it’s a modern car, we will also program the transponder chip so the immobilizer recognizes the new key.

We strongly advise against it. DIY attempts often push the fragment deeper into the “back” of the lock, where it can become permanently wedged against the rear retainer. Specifically, using Super Glue is a common mistake; if even a microscopic drop hits the lock’s internal pins, the entire lock becomes a solid block of plastic and must be drilled out and replaced.

Yes. We have specialized extraction kits for high-security “sidewinder” or laser-cut keys used by brands like BMW, Lexus, and Ford. These systems have much tighter tolerances than standard keys. Our technicians are trained to handle the delicate “shutter” doors and side-milled tracks common in modern luxury security systems.

Most keys break due to “metal fatigue.” Over thousands of turns, microscopic cracks form in the brass or nickel-silver. Environmental factors like the salt air in Charleston can also cause internal corrosion in the lock, increasing the “torque” or force needed to turn the key until it finally snaps at its weakest point (usually near the head).

This is a complex scenario, but yes. If the key broke while the ignition was turned, the internal “sidebar” is engaged, locking the fragment in place. We use wafer-depressing tools to return the cylinder to the “lock” position before extraction, ensuring we don’t damage the electrical switch behind the ignition.