To provide a pressure earring for acquiring proper pressure force in a wide range by eliminating nonuniformity in the pressure force owing to a personal difference.

The earring includes a partially notched ring shape main body part 1. A spherical part 2 is formed in at least an end part 1A in one 1A of the main body. The main body part 1 is constituted to be freely foldable with a substantially center part as a pivot 3. Thus, volume is reduced by folding in compact at non-use, and also a finger pressure function is exhibited by allowing the spherical part 2 to widely respond to the acupuncture points of an ear. When adopting a structure of energizing with a spring, the earring is allowed to correspond to the thickness of an ear lobe or helix in a wide angle range by folding the main body 1 at the pivot part 3.