An absorbent insert with a gelatinizing agent turns urine into gel, preventing leaks and neutralizing odors in the urostomy bag.
Green polymer foam provides clear contrast against body tissues while remaining visible when wetted with blood or pus.
A bandage securing device uses a jaw-like structure and adherent fastening layers to attach medical dressings securely.
An anisotropic medical dressing reduces shear and compression forces to prevent pressure ulcers while maintaining adhesive capacity during inspections.
A catechol-modified chitosan dressing adheres rapidly to gastric mucosa to control gastrointestinal bleeding.
A permeable membrane wound dressing manages fluid flow and gas exchange through a flexible barrier, preventing tissue adhesion during removal.
Disposable friction barriers reduce blister risk by minimizing shear forces, avoiding the labor and trauma of applying adhesive dressings.
A bandage uses a swelling proximal layer to draw liquid into an interlayer channel that moves fluid away from the wound contact surface.
An apical optical fibre probe detects blood leakage within three seconds by attenuating light, preventing accidental device removal during cannula withdrawal.
A removable pad enables visual assessment without detaching the adhesive border, reducing nursing workload and preserving adhesion.
Perforated gauze layers in the bandage body facilitate oxygen flow to the wound site while absorbing seepage.