Teleport Microcatheter

DESIGNED FOR ULTIMATE TORQUABILITY AND TRACKABILITY

The lowest profile, torqueable microcatheter in the US

Distributed by:

Manufactured by:

ULTRA LOW PROFILE AND PUSHABILITY

for Navigation Inside Lesions and Micro Channels

Two available versions for extra penetration (Teleport) and extra torquability (Teleport Control) to accommodate various anatomies via antegrade and retrograde approach

HYBRACOIL CONSTRUCTION

for Guidewire Support and Crossing

Hybrid braiding and coil layer provide an optimal balance of trackability, catheter control, kink resistance and flexibility from hub to tip

DURA TAPERED TIP

for Robustness and Visibility

DUal-layer RAdiopaque is built with exceptional durability and for clear postioning during catheter cannulation inside tight and calcified lesions

HYbrid BRAiding and COIL Construction

Hydrophilic coating applied to distal 60 cm section (including tip)

Tip Durability Test

There are times when pushing a microcatheter isn’t enough. (navigating tortuous anatomy, crossing complex lesions, etc.)

With Teleport’s unique catheter design, as you rotate the hub of the device, torque transfers throughout the catheter to the tip allowing you to advance when resistance is encountered. Keeping the catheter in forward motion, when rotating, helps reduce and minimize friction and resistance the user, guidewire and overall anatomical environment experiences.

ENGAGEMENT

ADVANCING & LESION CROSSING

Tortuosity and highly stenotic lesions create friction which can prevent catheter advancement.

Torque generated at the hub of the catheter is transmitted down the shaft to create a rotation at the tip.

Constant rotational motion keeps the catheter operating in a dynamic reduced friction environment, facilitating progress through challenging anatomy.