The rounded, pyramid-like structure is stamped into the jaw through
a special step in production and prevents sharp edged
which could perforate an aneurysm
No edges or burrs through additional rounding of structures
that border the clip outer side because of this, real atraumatic application of the clip
Incrased surface area due to the pyramid-like design of the jaws
inner surface the croos-like structure of the inner jaws pyramid surface doubles the tissue-holding area.
The applied pressure distributes itself evenly over the length of the
jaw.
The convex closure of the clip assures an atraumatic and secure
closure of the aneurysm.
Sliding of the clip is prevented.

The spring size, wich is different in the Standard and Mini clips, ist
the same within the same type of the Clip.
Through this, the highest degree of a secure fit is ensured by the
clip applier (clip/clip applier fit)

Laser welded
The link ensures the precise guidance of the jaws and a “soft” opening of the clip during the whole spreading process.
The contact surface of the jaws are guided symmetrically in an exact
way “over the whole lenght” this fact guarantees an aditional stability
of the clip.
No over-stress of the material because the design of the link limits
the maximum opening width.

The closing force is measured at one third
of the jaw lenght and an opening of 0,5
mm.
The final quality control of the clip is effected by a microprocessor-controlled measuring equipment.
The closing force is indicated exactly within
a certain tolerance.
By the help of a special software program
we assure that before the clip passes the
final quality control its closure force is fixed.
As a consequence we exclude any kind of
manipulation.
All relevant technical data are stored during
the control procedure and printed on the
label.

According to DIN 17445, implant steel is
used in the production of our Aneurysm
Clip
High stability characteristics
Exellent tissue compatibility
Secure closure of blood vessels
Antimagnetic
Ideally suited as implantation material
Security against over straining