Detachable coils
Solutions for FRAMING, FILLING and
FINISHING in Peripheral Embolization
Product Details
Detachment Mechanism
Facilitates Ability to Retract and Reposition Before Detaching
Interlocking arms detachment mechanism
Controlled, Precise Delivery :
The coil is advanced and retracted before final placement in the vessel, providing the possibility to withdraw the coil prior to deployment.
Clear Visualization for Confirmed Detachment:
The difference in visualization between the bright platinum coil and the different material of the pusherwire is clear and easy to see under various imaging techniques, which aids in precise delivery of Interlock™.
Intuitive use:
The interlocking connection is a simple coupling that remains attached while inside the lumen of the catheter. Detachment of the coil requires no additional devices, simply a push outside of the catheter.
A Coil For Every Case
Different Rigidity Levels and Sizes for different clinical needs.
- Framing coil to secure 1st coil into the target vessel and create scaffolding. Coil required is high radial force coil intended to create a cage and provide stable basket
- Filling coil for thrombus formation and complete occlusion:
- fibered helical shape coil provides efficient filling.
- different packing density obtained through variable softness profile.
- Soft Finishing coil for compacting last coil into the target vessel to prevent catheter kickback or coil migration.
Literature
Dudeck, et al, Embolization of the Gastroduodenal Artery Before Selective Internal Radiotherapy:
A prospectively Randomized Trial Comparing Standard Pushable Coils with fibered Interlock Detachable Coils. CVIR, April 14, 2010.
- 83,6% of cases (19 of 23) achieved complete occlusion with one Interlock Fibered IDC Occlusion Coil.
- A shorter procedure time was observed for procedures utilizing detachable coils when compared to pushable coils.
- No coil migration was observed in the detachable coil group, whereas one incidence of migration was observed in the pushable coil group
Product Matrix Overview
