E-MAGIC™ Cobalt Chromium Coronary stent system

E-Magic

COBALT CHROMIUM CORONARY STENT SYSTEM

The E-MAGIC™ Coronary Stent System consists of a balloon-expandable intra coronary stent premounted on a custom balloon delivery system. The balloon delivery system has two radiopaque markers to aid in the placement of the stent during fluoroscopy. The delivery system is compatible with 0.014 guidewires and has a usable length of 140 cm.

The E-MAGIC™ Coronary Stent is manufactured from a cobalt alloy. The coronary stents are provided in multiple lengths and diameters. The E-MAGIC™ Coronary Stent System balloon expandable stent has a nominal length of 12mm, 15mm, 18mm, 24mm, 27mm and 33mm.


E-MAGIC™ stands for: EXTRA EDGE

  • Ease of access to lesion site
  • Deliverability is eminent due to super thin strut thickness of 0.0023"
  • Great radial strength with proven L605 cobalt chromium stent
  • Extra edge with soft tip technology to provide smooth access to lesion site with minimal trauma to vessel wall

MAGIC with an EXTRA EDGE

  • E-MAGIC™ has a redesigned semi-compliant balloon for precise stent deployment and decreased deflation time (6 sec)
  • Super thin strut thickness of 0.0023"
  • Great radio-opacity for accurate stent placement
  • Excellent conformability and crossability
  • Long stents for long lesions – 33 mm available
  • Provides great longitudinal flexibility for easier stent placement even in tortuous vessels

E-MAGIC™ – A modern option in cobalt chromium

<strong>Figure 1:</strong> E-MAGIC™ has a lower crossing profile than other leading stent systems (comparison of 3.0 mm stents)
<strong>Figure 2:</strong> E-MAGIC™ stent system has great flexibility (amount stent system bends, Kgf/mm2) compared to the stent systems of other leading competitors
<strong>Figure 3:</strong> The expanded E-MAGIC™ stent has great flexibility (amount expanded stent bends, Kgf/mm2) compared to the stent systems of other leading competitors
<strong>Figure 4:</strong> The expanded E-MAGIC™ stent has great strength (force required to reduce stent diameter in flat plate testing, Strength Kgf/mm2) compared to the stent systems of other leading competitors