E-nside TAAA

E-nside is the result of years of experience in facing the challenges of the TAAA space and was born to respond to the unmet needs and challenges still present in this space.

  • E-nside is the first PRE-CANNULATED, inner branch based, Off-the-shelf solution for thoracoabdominal aneurysms accessible on the market
  • Being available as an OFF-THE-SHELF, it’s designed to treat both elective and emergency cases with a consistent approach.
  • The inner branch technology (iBevar) that E-nside is based on enables the treatment of varied anatomies with a consistent approach. Internal tunnels can be used in narrow, kinked anatomies1 as well as large, dilated aneurysms.2
  • Pre-cannulation is designed to MINIMIZE fluoroscopy and implantation time as well as contrast media necessary to finalize the procedure

1 M. Youssef et. al (2018) -A Multicenter Experience With a New Fenestrated-Branched Device for Endovascular Repair of Thoracoabdominal Aortic Aneurysms, Journal of endovascular therapy, DOI: 10.1177/1526602817752147

2  A.Katsargyriset.al (2018) -Early Experience with the Use of Inner Branches in Endovascular Repair of Complex Abdominal and Thoraco-abdominal Aortic Aneurysms, European Journal of vascular and endovascular surgery, DOI: 10.1016/j.ejvs.2018.01.024

Stentgraft

E-nsideTAAA - Stentgraft

ENLARGED, ELLIPTICAL OUTLETS
Re-designed ovel-shaped outlets to allow for greater flexibility of the covered stents.

FIXATION SEAM
catheterization of the target vessels. The proximal fixation of the inner branches allows longitudinal stability and support during cannulation of the target vessels.

MIGRATION REDUCTION
A thin 0.1 mm PET thread added inside each inner branch designed to enhance the friction of any covered stent to help minimize migration.

ASYMMETRICAL COMPRESSION SPRINGS
Designed to maintain patency of the branches as well as avoid longitudinal compression during catherization of the target vessels.

Delivery system

E-nsideTAAA - Delivery System

PROXIMAL CLASPING SYSTEM
Although fully covered, the asymmetrical proximal spring allows blood flow, as well as guide-wires and catheters, to gain access to the top of stent graft even with the tip capture still in place.

FIXATION
Knurled cap and tactile marker for fixation during the procedure.

DEPLOYMENT HANDLE
Proven Squeeze-to-Release mechanism to ensure low friction, controlled deployment of the stent graft.

PRE-CANNULATION
Four 0.018“ (I.D.) tubes ensure access to the inner branches of the stent graft and by means of a through & through implantation technique provide convenient access for the covered stents.

Video