Distinct anchoring and packing sections improve stability and complete occlusion, including in high-flow vascular sites.
Braided support structures add column strength for controlled catheter delivery while preserving expandable-device compliance.
Spiral struts retain coils across wide aneurysm necks while limiting vessel protrusion.
Non-parallel loops, pyramidal sections, and helical anchors help prevent migration while extending occlusion in blood vessels.
This case shows how a degradable occluder uses a deformable locking ring to prevent detachment while supporting endothelialization.
A shape-memory closure uses a porous, tissue-promoting membrane to retain thrombi, support endothelialization, and reduce lasting foreign matter.
Segmented struts expand from a delivery sheath to conform to atrial appendage geometry and support secure thrombus-blocking closure.
A pushable coil and friction element guide expandable braids through catheters, supporting retrieval and larger-aneurysm filling.
This case uses independently flexible curved loop strands to shrink the collapsed profile while preserving deployed stability and occlusion.
A proximal coil connector and fiber limit separation and premature release.
A catheter-contained heating element severs the tether locally, improving placement while limiting tissue damage and embolic particles.
A translating and rotating traction element locks against the pushing tube to prevent premature release and improve deployment accuracy.
Segmented magnetic devices shift from linear delivery to polygonal deployment, controlling attraction for reliable tissue compression.
A braided vaso-occlusive coil uses composite metallic layers and intra-device junctions to balance filling, anchoring, and strength.
A flexible sleeve uses limited radial force and transmitted blood pressure to seal vessels while reducing wall damage and restenosis risk.
This case uses an inflatable occlusive structure, proximal barrier, and dual ports for LAA sealing despite pulsation, without barbs.
A segmented implant delivery system uses flexible joints to absorb bending forces and support reliable detachment in tortuous anatomies.
Rounded and sharpened anchor branches help occlude the left atrial appendage while supporting tissue penetration and retrieval.