Medtronic
 
 

Vascular

Micro-Driver® Coronary Stent System

Goes the Distance

To treat small vessels you need a stent system that goes the distance in tortuous anatomy. Introducing Medtronic’s Micro-Driver coronary stent system, specifically designed to perform in small vessels. Made from an advanced cobalt-based alloy, the Micro-Driver stent offers ease of use and optimal deliverability.

Advanced Cobalt Alloy

  • Stronger and more radiopaque than stainless steel. [+]
  • Similar surface composition as stainless steel stents.
  • Proven implant material.

Thin Struts

  • Thin struts help drive stent performance. [+]

Unique Modular Design

Exclusively from Medtronic

  • 7 crowns—ideal vessel wall coverage without an increase in metal-to-artery ratio. [+]
  • 1.2 mm elements—essential for flexibility and deliverability.
  • Excellent deliverability due to smooth edgeless struts.
Full Range of Sizes
  • Available in 2.25 mm, 2.50 mm and 2.75 mm diameters.
Discrete Technology
  • Minimum balloon overhang respects healthy tissue. [+]
Secure Technology
  • Proximal balloon pillow improves crimped stent security. [+]

Optimal Deliverability

  • Achieves a low profile and superb flexibility for delivery to distal lesions.
  • Crossing profile = 0.040 in.

Micro-Driver De Novo Registry

First Small-Vessel Bare Metal Stent with a de novo Indication1

MX2® Technology

Excellent Delivery and Performance

  • The proven deliverability of the Micro-Driver stent is now on the enhanced MX2 platform. [+]
  • Small, flexible shaft with enhanced pushability.

Short-Wire System with Optional Wire Exchange

  • No need for a second operator.
  • Optimal catheter support and wire movement.
  • Fast, easy wire exchanges.

Low-profile System

  • Optimal visualization and dye flow.
  • Low-profile keel glides along shaft .

Ordering Information, Compliance Chart, Product Information, and Sizes

1Micro-Driver De Novo Registry
Test data on file at Medtronic, Inc.
Bench test results may not be indicative of clinical performance.

Additional Information