This invention relates to contact lens wearing and removing tweezers without hand touching, comprising two clamping heads for clamping contact lens and two thin rods that are extensions respectively located below the two clamping heads and are used for supporting two clamping heads and connecting with an lower object, the two thin rods having high elasticity without being fractured easily and can be bent, the two thin rods being bendable to enable the two clamping heads to be more fit with the contact lens when used to remove the contact lens and a hand-holding rack extending downward from the two thin rods and converging at a location at the rear, the hand-holding rack being used for hand-holding and force-applying by a user. The clamping heads of this invention are provided with a convex structure to increase the friction area between the clamping heads and contact lens in removing the contact lens, so that the clamping operation can be done in a more eyeball compliant way to remove the contact lens. The bottom surfaces of the two clamping heads and the convex structure of the contact lens tweezers collectively form a structure having curvature, which protects the eyes from being pierced by sharp ends of the clamping heads when the user is removing the contact lens. Besides, the holding rack that is located at the lower side is provided, at a middle region thereof, with two blocking blocks, so that when the two blocking blocks abut against each other, the two clamping head are nearly in a close contact status, so as to prevent the user from applying an excess force during clamping and to facilitate the user to pick up the contact lens for wearing. Since using the contact lens wearing and removing tweezers without hand touching can avoid the user from scratching the eyeball or causing eye infection due to bacteria on hands when removing contact lens by hands. A person who fears removing or wearing contact lens by hands also can use this invention to wear or remove
