A system, method, and apparatus to insert and remove a thermally activated vaginal pessary, by employing a nitinol core material that is integrated into the construction of the thermally activated vaginal pessary and configured to increase in radial size upon contact with body temperature by undergoing a configurational phase change in the underlying nitinol core material.

The present invention provides an implant that includes inflatable anchors that are configured to assume an inflated state and a relaxed state. The implant includes a tubular member mechanically coupled to one or more anchors of the inflatable anchors. The tubular member includes a lumen that provides a passageway for circulating a fluid through the one or more of the plurality of inflatable anchors and allow them to protrude and pierce through bodily tissues. In an embodiment, the implant may include a plurality of bi-directional barbs instead of the inflatable anchors. The plurality of barbs may be activated by a flexible member such that the activation is configured to cause anchoring of the barbs into soft tissues during a surgical procedure. The present invention provides a method for placing an implant. The method includes delivering the implant inside a body along a pathway through an opening proximate sacrum and attaching a first portion of the implant to an anterior vaginal wall, attaching a second portion of the implant to a posterior vaginal wall and attaching a third portion of the implant to a tissue proximate the sacrum.

An intravaginal device that has a hollow open-ended cylindrical body and a removal strip, wherein the body has features that keep the removal strip in a track. During removal when the removal strip is pulled, the cross-sectional area of the device is decreased. A kit includes the device, removal strip and an assistive wand to aid with insertion and removal.