The screw is spinning, the driver bit is bouncing out of the head, and you’re already realizing this is going to take longer than the actual job. The usual response — grinding the screwdriver in harder — just rounds out the remaining edges and guarantees you’ll need a drill. The better move is to pick the right removal method for the specific kind of stripped you’re dealing with, not to trial-and-error through twelve techniques hoping one sticks.

Most guides list every possible method linearly. This one maps technique to scenario — screw head condition, material, and tool access — so you skip straight to the two or three options with the highest success rate for your situation. On the rental units I’ve worked on, most stripped screws come out at step two or three when you choose the right step two or three.

Match your scenario to the right method

Here’s the decision logic that saves time:

| Screw head condition | Material | Head accessibility | Best method (in order) | Estimated time | Success rate (my experience) | |---|---|---|---|---| | Cammed-out Phillips (slots rounded, head flush) | Wood or drywall | Flush or recessed | Rubber band → Dremel slot → Extractor | 1 min → 5 min → 10 min | High → Medium → High | | Cammed-out Phillips | Metal | Flush or recessed | Extractor → Drill out | 10 min → 20 min | High → Guaranteed but destructive | | Rounded hex socket | Any | Any | Torx bit one size up → Extractor | 2 min → 10 min | Medium → High | | Sheared head sitting proud | Any | Proud (sticking up) | Locking pliers | 2 min | Very high | | Sheared head flush or buried | Wood | Flush or countersunk | Extractor → Drill out + dowel plug | 10 min → 25 min | High → Guaranteed | | Sheared head flush or buried | Metal | Flush or countersunk | Center punch + extractor → Drill out | 15 min → 30 min | Medium → High | | Rusted in addition to stripped | Any | Any | Penetrating oil 10 min → Heat → then above | Add 15 min | Improves all methods |

Phillips heads cam out by design when overtorqued — that’s the original patent’s purpose — which is why modern fastener systems have largely moved to Torx and Robertson drives for professional applications.

Tool-ownership decision tree

Own locking pliers (Vise-Grips)? If the screw head is proud of the surface by even an eighth of an inch, go straight to step 3. Skip the rest.

Own a Dremel or rotary tool? For a cammed-out Phillips in wood where appearance matters and the head is flush, jump to step 4. It’s faster than rubber-band attempts when you have the tool ready.

Own a screw extractor set? You’re equipped for the hardest cases. If the head is flush and methods 2–4 didn’t work, step 5 is your answer.

Own none of the above? Start at step 2 (rubber band). If that fails, buy the extractor set before trying anything else — it’s $15–$30, reusable, and the highest-success option for the money.

Damage tolerance: which methods risk the surrounding material

Some methods chew up wood, mar finishes, or scar metal. Choose accordingly.

Method	Risk to surrounding material	When to avoid
Rubber band	None	Never
Locking pliers	Light marring where jaws grip; can dent soft wood	Visible finished surfaces
Dremel slot cutting	Moderate — cutting wheel can slip and gouge; throws hot metal fragments	Within 2 inches of finished surfaces you can’t repair; near plastic
Screw extractor	Light — pilot hole only affects screw itself	Rarely an issue
Drill-out with dowel plug	High — destroys wood around screw in ~1/4” radius	Only as last resort in wood you can fill/paint over
Drill-out in metal	Moderate to high — risk of wandering and enlarging hole beyond spec	Tapped holes, precision hardware

If you’re working on visible cabinetry, finished trim, or anything where a gouge will show, skip the Dremel and go straight to extractors. If it’s buried drywall you’re repainting or structural framing no one will see, damage tolerance is high.

What you’ll need

Tools (in escalation order):

Thick rubber band
Locking pliers (e.g., Vise-Grip 7R, around $20)
Cordless drill
Screw extractor set (IRWIN HANSON Spiral Screw Extractor and Left-Hand Drill Bit Set, $20–$30)
Optional: Dremel rotary tool with cutting wheel
Optional: Penetrating oil (PB Blaster, Liquid Wrench, or similar)

Materials:

Safety glasses
Replacement screws, same size

Prerequisites:

Comfortable using a drill in reverse
Patience to try the least-destructive option first

Disclosure: This article contains recommendations for specific tools. FixerDaily may earn affiliate commissions from purchases made through links on this page, at no cost to you.

Before you start

If the screw is on an electrical fixture, turn off the circuit at the breaker and verify it’s dead with a non-contact voltage tester. If you’ll be using a Dremel or drill on metal, wear eye protection — metal fragments fly. If the screw is rusted and stripped, apply penetrating oil and wait ten minutes; the chemistry does work force can’t.

Step 1: Diagnose the specific failure mode

Stripped means different things:

Cammed-out Phillips: Cross slots are rounded, head is flush. Most common.
Rounded hex socket: Hex is now closer to a circle. Common on flat-pack furniture.
Sheared head sitting proud: Head broke off but protrudes above the surface.
Sheared head flush or buried: Screw is flush or countersunk with no purchase.

The method depends on which of these you have. Misdiagnosing costs time.

Step 2: Rubber band for cammed-out heads

Lay a thick rubber band flat across the stripped screw head and press your screwdriver bit through it into the screw. The rubber fills the gaps where the bit has lost purchase and increases friction dramatically. This is the highest-success, zero-cost method for cammed-out Phillips heads in wood or drywall.

Push down with significant force — about what it would take to press a doorbell hard — while turning slowly in reverse. If it’s going to work, you’ll feel the screw start to back out within the first quarter turn. Three full turns with no movement means it’s time to escalate.

Success rate in my experience: high on wood screws, medium on drywall screws, low on metal.

Step 3: Locking pliers if the head is proud

If the screw head sits above the surface, clamp locking pliers onto the outside of the head. Adjust the jaw width with the small screw at the back until the jaws bite hard, then snap the lever to lock. Rotate counterclockwise. The screw usually surrenders immediately.

This won’t work if the head is flush or recessed. It also tends to mar the surrounding wood or metal where the jaws grip. On visible finished surfaces, skip to the next step.

Step 4: Cut a new slot with a rotary tool

A Dremel with a thin cutting wheel carves a fresh flathead slot across the destroyed Phillips or hex head. Use the smallest cutting disc, hold the tool steady, and cut a single shallow groove about 1mm deep across the screw head’s diameter. Then a flathead screwdriver — with heavy downward pressure — usually backs it out.

Wear eye protection. The cutting wheel throws sparks and metal fragments. Go slow — full speed will cut through the screw head and into the substrate in seconds. I’ve gouged a cabinet face this way, and it required wood filler and a color-match pen to hide.

Step 5: Screw extractor with left-handed drill bit

A screw extractor set is the dedicated solution. The IRWIN screw extractor system pairs left-handed drill bits with tapered extractor bits in matching sizes.

Chuck the left-handed drill bit into your cordless drill, set to reverse, and drill a pilot hole into the center of the stripped screw. Often the screw backs itself out at this stage — the reverse rotation grabs the screw threads and unscrews it before the extractor is involved. If not, swap to the matching tapered extractor bit, run the drill in reverse, and the extractor’s reverse threads bite into the pilot hole and turn the screw out.

Wood screws extract more easily than machine screws. Hardened steel fasteners sometimes resist basic extractor sets — those cases need high-speed steel or cobalt extractors.

more on best cordless drill under $200: 5 options that actually matter covers which drills have the torque for extractor work without stalling.

Step 6: Drill out and plug (last resort)

If the screw is sheared flush in wood and nothing above worked, drill a hole slightly larger than the screw’s outer diameter around the entire screw, pulling it out inside a plug of wood. Fill the hole with a wooden dowel and wood glue, let it cure, then drill a fresh pilot for a new screw.

For sheared screws in metal, use a center punch to mark the screw center and keep the drill bit from wandering. Step up drill bit sizes gradually — start small and work up to the screw’s diameter.

This step destroys material. Use it only when all above methods failed.

Verify the fix

Hand-thread the replacement screw to confirm the receiving hole’s threads are intact. If the replacement spins without biting, the hole is stripped too. Repair with a slightly larger screw, a wood-glue-and-toothpick fill, or a threaded insert.

Troubleshooting

Screw spins in place but doesn’t back out in wood. The wood threads are stripped, not the screw head. Use a small pry bar to lift the workpiece slightly while turning the screw counterclockwise — sometimes that breaks it free. Or skip to drill-out.

Extractor bit broke off inside the screw. Hardened extractor bits don’t drill out easily. You’ll likely need a professional with carbide tooling, or abandon that hole and use a new mounting location.

Penetrating oil didn’t help. Try heat. A soldering iron held to the screw head for 30 seconds expands the screw slightly and breaks corrosion bonds. Let it cool one minute, then retry. Don’t try this on plastic or near flammable materials.

When to call a professional

Call someone if the stripped screw is structural — securing a railing, supporting a load, or holding anything where failure has consequences. Call if the screw is in expensive custom cabinetry where extractor damage would cost more to repair than the service call. Call if you’ve broken an extractor off inside the screw and aren’t comfortable with carbide bits. A handyman’s hourly rate to fix one stuck screw beats replacing a $400 cabinet door.

Prevention for next time

Use a fresh, correctly-sized driver bit. Worn bits strip screws. Apply heavy downward pressure while turning — most cam-out happens because the bit isn’t seated fully in the drive recess. For high-torque applications, use an impact driver with impact-rated bits; the pulsed torque delivery reduces cam-out.

Understanding screw drive types and their failure modes helps avoid this scenario. Modern Torx and Robertson fasteners don’t cam out by design the way Phillips heads do, which is why professional-grade hardware has largely moved away from Phillips for structural applications.

Once your tool collection has grown to handle situations like this, Best Garage Organization Systems: Wall Rails vs. Shelving vs. Pegboard (2026) becomes the next problem — extractor sets are the kind of thing you can never find when you need them. And if penetrating oil and rust were part of your problem here, How to Remove Paint from Wood: 3 Methods That Actually Work covers adjacent techniques on chemical strippers and solvents that translate to fastener work.