Go Distal... More Trackability for More Support^1,2,iThe Cerebase DA Guide Sheath is indicated for the introduction of interventional devices into the neurovasculature. It is designed for atraumatic vessel interaction with soft, compliant and rounded distal edges, and a highly flexible Dexterous (DEX) tip that can minimize direct vessel wall contact.^1,ii

• CERENOVUS NIMBUS™ is designed to remove tough clots* to restore blood flow.^1,2,3
• CERENOVUS NIMBUS™ has 5 radiopaque markers to facilitate device positioning.
• 0.021” microcatheter compatible.

(*) A tough clot is an adherent, durable thrombus, that has a high stiffness making it resistant to endovascular thrombectomy.

General characteristics of these clots are that they are fibrous and consist of few RBCs. In vitro thrombectomy simulation with tough clots result in inferior revascularization rates compared to the full population of clots.

Two systems are available: A DELTAFILL™ 10 System with primary outer diameter of 0.0105” and a DELTAFILL™ 18 System with primary outer diameter of 0.015”. DELTAFILL^® 18 can maximize packing density and coil uniformity.*¹

• Three dimensional nitinol structure
• 20mm proximal radiopaque coil
• 4mm soft, flexible radiopaque tip
• Platinum-Iridium radiopaque markers:
  • 13 markers (5x22mm)
  • 21 markers (5x37mm & 6.5x45mm)
• Enhanced refined distal mesh^*1

All comparisons have been against EMBOTRAP™ II.

The EMBOVAC Aspiration Catheter is indicated for general intravascular use in the neuro vasculature. The catheter can be used to facilitate introduction of diagnostic or therapeutic agents and is also intended for use in removal/aspiration of emboli and thrombi from selected blood vessels in the neuro vasculature.  

The ENPOWER™ Detachment Control Box provides energy to detach the microcoil from the DPU (Device Positioning Unit). The ENPOWER™ Detachment Control Box works with an ECB or CCB cable.

The GALAXY G3™, GALAXY G3™ XSFT, and GALAXY G3™ MINI Microcoils have a proprietary random complex shape that pursues a different path each time they are deployed.^1,2,3With a primary wind of 0.012”, GALAXY G3™ and GALAXY G3™ XSFT Coils have greater cost efficiency compared to 0.010” competitor coils.⁴

The MICRUSFRAME™C has a complex coil design. This easily conforms to an aneurysm’s shape.   The MICRUSFRAME™C can be used on ruptured and unruptured aneurysms. 

The MICRUSFRAME™ S Microcoil has a predictable, stable frame creating an open inner core for concentric filling.^1,2MICRUSFRAME™S is 0.0165” microcatheter compatible.