Hunter Curved Splinter Forceps — Angled Foreign Body

Hunter Curved Splinter Forceps — Angled Foreign Body

The curved Hunter splinter forceps has a 30-45° distal angle that engages foreign bodies entering the skin at an oblique angle — fish hooks (the most common curved-foreign-body indication in modern emergency rooms, particularly in fishing communities), curved metal fragments from industrial injury, and the buried-distal-end splinter that has snapped off below the skin surface. The curve allows the operator to follow the foreign body’s path under the skin without the surgical extension that a straight forceps would require.

The fish-hook removal indication

Fish-hook impalement is the prototypical curved-foreign-body emergency — the barbed hook enters at an angle and the barb prevents simple withdrawal. The standard technique involves either (1) advancing the hook through the skin to expose the barb, cutting the barb, and withdrawing, or (2) the string-pull technique that pivots the hook around its barb axis. The curved Hunter forceps grips the hook at the optimal angle for either technique.

The buried-splinter context

When a splinter snaps off at the skin surface and the distal portion remains buried, removal requires excavation of the foreign body through the wound. The curved Hunter forceps follows the original puncture track to engage the buried fragment and withdraw it along the entry path — minimising surgical trauma compared with a wider excision.