Abstract: The tea bag squeezing device includes a planar body having opposed upper and lower surfaces and being symmetrically bisected by at least one joint. The joint(s) preferably extends across a symmetrical axis of the planar body such that the planar body may be selectively folded about the joint. A central aperture is further formed through the planar body and the joint. The central aperture is sized and contoured to receive a string of a tea bag such that, in use, the tea bag may be pulled by the string to be positioned adjacent the lower surface of the planar body. When folded, the tea bag is sandwiched inside the folded planar body such that excess liquid may be squeezed from the tea bag when lateral pressure is applied by the user's fingers to the opposed upper surfaces of the planar body.