Flexible arcs and telescoping tubes create adjustable 3D prolapse support that fits varied anatomy while reducing vaginal wall pressure and discomfort.
Rotatable string control adjusts tension and positioning during IUD insertion to reduce discomfort and cervical trauma.
Channels and protrusions redirect sperm and microorganisms away from the cervix while allowing essential reproductive fluids to exit.
A deformable hydrogel sheath disperses penetration forces over sensitive tissue to reduce vulvovaginal pain without rigid dilation.
This case pairs a pear-shaped silicone body with a flexible ring for easier insertion and removal during intimacy after hysterectomy.
A rectocele device uses interchangeable paddles to push prolapsed tissue back into the colon.
A flexible ring device with snapping elements and a sliding connection block transitions between expanded and collapsed states.
Segmented support and stem portions allow the device to collapse for insertion, resolving the contradiction between structural rigidity and ease of operation.
A bell-shaped vaginal support device uses a porous wall with outflow holes to maintain structural integrity while allowing fluid passage.
A combined pessary and menstrual cup integrates a support ring with a liquid-retaining cup portion for pelvic organ support.
Segmented pessary design with a dedicated extraction loop allows patients to self-manage insertion and removal, reducing reliance on medical practitioners.
A pelvic prolapse treatment belt uses a foam compression pad and elastic straps to apply upward pressure on the pelvic floor.
An inflatable pessary resolves insertion pain and infection risk by using capillary douching to clean vaginal walls without removal.
An adjustable vaginal pessary uses an inflatable element to customize fit for individual patient anatomy.
Disposable instruments prevent string entanglement during loading by routing the string through a dedicated channel separate from the folding mechanism.