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The word stripped can describe two different failures. The recess in the screw head may be rounded so the driver slips, or the threads in the receiving material may lose their grip so the screw turns endlessly. Recognizing which problem is developing helps you stop before the connection becomes harder to repair.

Both failures often begin with a small warning: a loose-fitting bit, rising resistance, or a screw that no longer pulls the parts together.

Protect the recess with an exact fit

Choose the driver profile and size that match the fastener. Cross-shaped, square, star-shaped, and hex recesses each have specific requirements. A tip that seems close can concentrate force on the corners instead of the intended contact surfaces.

Clean paint and debris from the head before driving. The bit needs to reach full depth. Inspect the tip for rounding or chips and replace it when its fit has deteriorated.

Keep the driver aligned with the screw. An angled approach reduces engagement and encourages the tip to climb out. If access prevents alignment, use a suitable tool or change the assembly sequence.

Give the screw an appropriate path

Wood screws can require a pilot hole, particularly in hardwood, brittle stock, or near an edge. An undersized or shallow pilot may make the screw difficult to turn before it reaches the intended depth.

Machine screws need matching thread diameter and pitch. Begin by hand and stop at early resistance. Powering through a crossed thread damages both the screw and the receiving part.

For a two-piece wood joint, a suitable clearance hole in the upper piece can help the parts draw together. Without it, threads may hold them apart and tempt you to keep driving beyond a reasonable force.

Control speed and pressure

Run a powered driver slowly enough to keep the tip seated and stop as the head approaches its final position. Maintain steady inward pressure without using your body weight to force a reluctant fastener.

An adjustable clutch can help limit torque for small work. Start at a low setting and increase cautiously on a suitable test. Its numbers are not a universal measure of safe tightening force.

Impact drivers can overwhelm small or soft fasteners quickly. Use them only where the fastener and application are appropriate, with suitable accessories and control. Finish delicate hardware by hand.

Stop before the receiving material gives way

In wood and composite panels, overtightening can tear out the material around the threads. The screw may suddenly feel easier to turn instead of becoming secure. That is a failure signal, not a request for another full rotation.

Plastic parts and threaded inserts can also be damaged by excessive clamping force. Follow any torque specification and use appropriate equipment when required.

If the head reaches the surface but the parts remain loose, investigate the screw length and connection. The screw may be bottoming out, the hole may be damaged, or the hardware may be mismatched.

Replace damage instead of carrying it forward

A screw with a badly worn recess should not go back into a repaired joint. Use a compatible replacement and inspect the receiving hole before reassembly. A damaged insert or stripped wood hole needs its own suitable repair. If a fresh screw with a sound head still turns without drawing the parts together, another new driver bit will not restore the receiving material. Reassess the hole and connection rather than repeating the same tightening attempt.

Keep worn bits separate from usable ones, and avoid mixing unidentified fasteners into critical hardware. Label spare screws from furniture or fixtures so their intended use remains clear.

During the final check, watch for movement rather than judging only how hard the screw was to turn. A sound connection clamps the intended parts securely without crushed surfaces, torn threads, or a head that the next person will struggle to remove.