Phenox Gmbh

Jörg Ascherfeld

Hermann Monstadt

Ralf Hannes

Carsten Aporta

The invention relates to a thrombectomy device with a substantially cylindrical stent structure (), which has a multiplicity of meshes () and two connectors (') that are arranged on different meshes () at the proximal end of the stent structure (), and with a guide wire (), which has a coupling element () to which the connectors (&#x2032;) are coupled, with a slit (), which extends in a helical formation across the jacket surface () of the stent structure (), and with a tensioning bow (), which spans the slit () at the proximal end.

Thrombectomy device

The invention relates to a device having an endovascular implant () for the introduction into blood vessels or body cavities of the human or animal body and an insertion aid (), wherein the implant () and the insertion aid () being connected to each other via a detachment element () designed to be electrolytically corrodible so that after the implant () has been inserted into the body and a voltage has been applied an at least partial dissolution of the detachment element () takes place causing the implant () to be separated from its the insertion aid (), with the detachment element () being made of a cobalt-chrome alloy containing at least 20% w/w cobalt and 10 to 40% w/w chrome.

Device for inserting an implant

The invention relates to a thrombectomy device having a substantially cylindrical stent structure () comprised of a plurality of meshes () and also two connectors (') that are disposed at different meshes () at the proximal end of the stent structure (). The device also has a guide wire (), which comprises a coupling element () to which the connectors (&#x2032;) are coupled, and a slit (), which extends helically over the shell face () of the stent structure (), and a tensioning clip () that spans the slit () at the proximal end.

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Hattingen, Germany

Jörg Ascherfeld