Interventional Neuroradiology
Designed to improve the density of the filling of intracranial aneurysms by increasing the diameter.
Its three-layer structure provides long-term resistance, preventing recanalisation of aneurysms.
Its 0.020″ diameter occupies three times the volume of conventional coils, reducing the time of the procedure, radiation and cost.
- Less radiation.
- More density of occlusion.
- More economic.
- Faster procedure.
Designed to improve the density of the filling of intracranial aneurysms by increasing the diameter.
Its three-layer structure provides long-term resistance, preventing recanalisation of aneurysms.
Its 0.020″ diameter occupies three times the volume of conventional coils, reducing the time of the procedure, radiation and cost.
- Less radiation.
- More density of occlusion.
- More economic.
- Faster procedure.
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Última actualización 2 September, 2020