The introducer is assembled to the lead and includes a coupler which engages the crank portion of the lead fixation device.

The implant delivery system is tracked over the guidewire to a selected position defined by the guidewire attachment.

The implant delivery system is tracked over the guidewire to a selected position defined by the guidewire attachment.

The stop surface prevents further movement of the catheter causing tension in the wire between the sleeve and the wire's securement to the catheter, thereby bending the catheter tip in the direction of the securement.

An electric wire fixing portion (40) is provided at an electric wire leading port (41) formed in the cover (20) where the electric wire (2) is led out.

The collapsed bridges form pinch points (FIG. 3E), securing the wire in the substrate.

A rib (45) is provided on outer surface of the electric wire fixing portion (40).

The fixing of the wire on the support is at least point-shaped and produced with mechanical means (11) which ensure positive transverse immobilization of the wire relative to the support.

An adjusting screw, different wire securement positions, and/or adjustment shims provide easy tension adjustment of the wire and secure the eye lens in a predetermined position and orientation.

A flange portion (42) is provided at an end portion of the electric wire fixing portion (40) where the electric wire (2) is pulled out from the connector housing (10).

The opposite end of the aforementioned needle (17) is equipped with a control device or handle (20) having a thread fixing system.

A thread, in particular a thread made of an elastic material, is secured to one of the two substantially flat walls, and the other wall comprises means for securing the thread.

This arrangement gives closer control of the different conditions required for securing the thread and for sealing together only the sheet material of the body.