A stripped screw is one of the most universally frustrating problems in construction, renovation, and DIY work. The drive recess is gone — damaged, rounded, or filled with paint — and the screw won’t budge. Every tradesperson has their go-to method. Most of those methods work some of the time. Here’s an honest ranking of every common approach, from the ones that work occasionally to the one that works essentially every time.
Place a wide rubber band between the screwdriver and the screw head. The rubber fills the stripped recess and provides additional grip. This works surprisingly well on lightly stripped Phillips screws with a small amount of drive recess remaining. It fails completely on heavily stripped or corroded screws, and it’s useless on flathead or Torx drives where the issue is rounded edges rather than stripped recesses.
Rating: Works about 15% of the time on real job sites. Keep it as a first attempt when the damage is minimal — but don’t depend on it.
Steel wool or an abrasive pad placed on the screw head adds friction to the screwdriver tip. Similar concept to the rubber band, similar limitations. Works best on painted-over screws where the head isn’t actually stripped but the recess is filled. Fails on corroded, deeply stripped, or damaged fasteners.
Sometimes the problem isn’t the screw — it’s the screwdriver. A low-quality tip that’s worn or improperly sized can strip what started as a perfectly good drive. Before attacking a “stripped” screw, try a high-quality, properly sized screwdriver with the correct tip. This solves the problem more often than tradespeople expect, particularly on older installations where a previous worker already partially stripped the drive.
Specialized pliers with serrated jaws that grip the outside of a screw head. Work well on screws with sufficient head height above the surface — particularly machine screws in metal applications. Useless on countersunk screws (the head is flush with or below the surface) and fail on wood screws that have pulled flush during installation.
Cut a new slot across the screw head with an oscillating multi-tool and a metal-cutting blade, then use a flathead screwdriver in the new slot. Works reliably when there’s enough screw head above the surface to cut a slot. The cut can damage the surrounding material if you’re not precise — and in tight spaces, there may not be enough room to maneuver the oscillating tool.
Weld a hex nut onto a damaged bolt or stud, then use a socket to remove it. Requires welding equipment and skill — not practical for most tradespeople in most situations. Works extremely well when you have the equipment, particularly on damaged exterior bolts. Also has the significant advantage of sometimes heat-breaking the corrosion bond while welding.
A quality screw extractor — one with precision-ground spiral flutes made from hardened steel or titanium alloy — will extract virtually any damaged fastener regardless of head condition, corrosion level, or how deeply the screw is countersunk. The key word is “quality.” Cheap extractor sets use soft steel that slips on corroded fasteners and can break off in the hole, turning a bad problem into a catastrophic one.
The professional-grade extractor approach works because it doesn’t rely on the drive recess at all — it cuts into the fastener body itself, using a reverse-spiral design that increases its grip as extraction torque increases. Apply firm pressure, run the drill in reverse, and the screw or bolt comes out — typically in under 30 seconds.
The StudRemover Pro uses hardened titanium alloy (58 HRC) precision-ground extraction bits in 9 sizes covering #6 screws through 5/8″ bolts. It’s what we built specifically because methods 1 through 6 weren’t reliable enough for professional job sites.