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Email Europe, Middle East, Africa Regional Office
Successful endovascular treatment with GuideLiner catheter of chronic aortic occlusion with severe calcification. Cardiovasc Interv Ther. 2017; 32: 137-141. Urata R, Nomura T, Hori Y, Yoshioka K, Kubota H, Miyawaki D, Sugimoto T, Kikai M, Keira N, Tatsumi T. About Press Copyright Contact us Creators Advertise Developers Terms Privacy Policy & Safety How YouTube works Test new features Press Copyright Contact us Creators.
The 'GuideLiner' is an easy-to-use catheter designed for deep seating in coronary arteries. The GuideLiner can be used to provide extra guidance support for equipment delivery during difficult coronary interventions or for coaxial alignment in tortuous vessels. GuideLiner ® Catheters are intended to be used in conjunction with guide catheters to access discrete regions of the coronary and/or peripheral vasculature, and to.
United Kingdom Teleflex Grosvenor House Horseshoe Crescent Old Town Beaconsfield HP9 1LJ Phone: +44 (0)1494 53 27 61 Fax: +44 (0)1494 52 46 50
Email Teleflex Medical
South Africa Teleflex Medical (Pty) Ltd. P.O. Box 1716, Kelvin 2054 Phone: +27(0)11 807 4887 Fax: +27 (0)11 807 4994
Email Teleflex Medical Ltd.
Guide extension catheter with half-pipe technology
In 2009, the GuideLiner Catheter revolutionised the concept of guide extension, creating new possibilities in interventional cardiology. Now in its third generation, the GuideLiner V3 Catheter continues to build on a history of innovation and performance—one that's been demonstrated with more than half a million catheters in cath labs around the world.1
Designed to perform
It's not just the proprietary half-pipe technology that sets the GuideLiner V3 Catheter apart. The coil-reinforced extension is specifically designed to enable dependable deep-seating for the delivery of interventional devices to distal locations.
Half-pipe technology
The half‑pipe channel is designed to minimise device/collar interaction by directing and aligning devices through the collar transition, facilitating smooth device entry and seamless delivery.
Tortuosity tested
From challenging lesions to impossibly acute angles, percutaneous coronary interventions have grown more complex. Since being introduced, GuideLiner Catheters have been recognised by interventionalists as essential tools for addressing difficult anatomies.
Available in five sizes: 5, 5.5, 6, 7 and 8 Fr.
This is about the engineering solutions presented by the GuideLiner V3 Catheter….
- Guide Extension Catheters (GECs) are a vital part of modern PCI practice.
- It works, in partnerships with other devices to overcome anatomical challenges.
- What features affect your ability to optimize your case?
Back Up Support
When you need backup support, you need it.
Pushability
What do you lose by increasing it?
Device Delivery
Avoiding stent-catch, wire wrap and how robust is your GEC?
GuideLiner Tips and Tricks
Tips and tricks to eliminate common handling errors during preparation and deployment of GuideLiner V3 and TrapLiner
We suggest best practice is to always use a balloon when you deliver a Guide Extension Catheter to “Rail” and centre the device away from the vessel wall and potential vessel damage. There are several techniques to delivering a Guide Extension Catheter, these are the ones we would recommend.
GuideLiner V3 Catheter Insertion
The following video demonstrates0003the GuideLiner V3 Catheter simulated deployment Procedure.
Wire Wrap
There’s potential for interaction between a guidewire and the GuideLiner V3 push rod. A simple technique using a small towel will greatly reduce the potential for wrapping syndrome to occur.
Delivering GuideLiner V3
Using these techniques reduces the need to push harder or have a slippier coating. If done correctly, they will facilitate predictable and safe delivery of the GuideLiner V3.
We suggest best practice is to always use a balloon when you deliver a Guide Extension Catheter to “Rail” and centre the device away from the vessel wall and any potential vessel damage. There are several techniques to delivering a Guide Extension Catheter, these are the ones we would recommend.
Inch worm Technique
Technique involves positioning small balloon at distal tip of the GuideLiner V3 during delivery.
Anchor Technique
Technique involves inflating balloon in target lesion to assist in GuideLiner V3 advancement. Balloon acts as an anchor that is used to pull GuideLiner V3 down the vessel, you will need 2 people.
Balloon assisted tracking (BAT)
We suggest good practice is to use a balloon or other device when you deliver a Guide Extension Catheter to “rail” and centre the device away from the vessel wall and any potential vessel damage.
Cdc Covid Guidelines
Technique involves positioning small balloon at distal tip of the GuideLiner V3 during delivery.
Cdc Travel Guidelines