Conquer Complexity
Guidezilla is a 5-in-6 device that offers steadfast back-up support, exceptional pushability, unsurpassed kink resistance, and the stiff-yet-flexible extension you need to finesse your way across complex lesions.
See it in action for yourself, watch our animated demonstration.
Used in conjunction with guide catheters, GUIDEZILLA Guide Extension Catheter
- Enhances access to discrete regions of the coronary anatomy
- Facilitates placement of interventional devices
- Provides additional guide back-up support
Extend your reach
when treating complex lesions
18% More Pushable*
Stiff-yet-flexible stainless steel hypotube shaft provides exceptional pushability and kink resistance when advancing the extension catheter55% Less Frictional Force*,
Better Deliverability
Hydrophilic coating on the outer-diameter reduces friction and enhances deliverability through complex, tortuous anatomy
8% Increased Back-Up Support*
1 x 1 Braid provides extra back-up support without over-straightening the vessel0.001" Larger I.D.
0.001" Smaller O.D.*
0.057" Inner-diameter allows more room to deliver interventional devices0.066" Outer-diameter reduces guide catheter interference
Deliverability of
Interventional Devices
Stainless steel collar embedded in polymer is designed to optimize accessory device delivery
Visibility
Two radiopaque marker bands facilitate accurate placement and positioningCatheter Length
25 cm Distal catheter segment enables access to discrete lesionsTip Safety
Soft, flexible, and atraumatic tip designed to reduce the risk of complications to the vesselClick each icon
* Compared to Guideliner V2 based on bench testing performed by Boston Scientific Corporation.
Bench test results may not be indicative of clinical performance. Data on file.
Measurements taken on Guidezilla (n = 10) and Guideliner V2 (n = 5).
Guidezilla Catheter | GuideLiner™ V2 Catheter* | |
---|---|---|
Size | 5 in 6 F (1.7 mm) | 5 in 6 F (1.7 mm) |
Proximal Shaft | Stainless steel hypotube | Stainless steel ribbon |
Coating | Hydrophilic (Bioslide) | Silicone wipe |
I.D. | 0.057" (1.45 mm) | 0.056" (1.42 mm) |
O.D. | 0.066" (1.68 mm) | 0.067" (1.70 mm) |
Distal Guide Length | 25 cm | 25 cm |
Collar Type | Stainless steel collar embedded in polymer | All-polymer collar |
Marker Band | 1 Distal MB at tip 1 MB distal to collar |
1 Distal MB at tip 1 MB distal to collar |
0.001" Larger inner-diameter*
0.001" Smaller outer-diameter*
Testing completed by Boston Scientific Corporation.
Bench test results may not be indivative of clinical performance.
Data on file.
* Measurements taken on Guidezilla (n = 10) and Guideliner V2 (n = 5).
Ordering Information / Prescriptive Information
Reference | Compatible Guide Catheter | Guidezilla I.D./O.D. | Length |
---|---|---|---|
H7493924215050 | ≥ 6 F / ≥ 0.070 In (1.78mm) I.D. | 0.057 In (1.45 mm)/ 0.066 In (1.68 mm) |
Proximal shaft: 120 cm Distal guide: 25 cm |
Guidezilla is a registered or unregistered trademark of Boston Scientific Corporation. All other trademarks are property of their respective owners.
The C-code used for this product is C1769, guide wire. C-codes are used for hospital outpatient device reporting for Medicare and some private payers. Boston Scientific is not responsible for the correct use of codes on submitted claims; this information does not constitute reimbursement or legal advice.
Guidezilla™ Guide Extension Catheter (5-in-6)
Prescriptive Information
Prior to use, please review the complete Guidezilla Instructions for use.
Intended Use/Indications For Use:
The Guidezilla guide extension catheter is intended to be used in conjunction with guide catheters to access discrete regions of the coronary and/or peripheral vasculature, and to facilitate placement of interventional devices.
Contraindications:
• Vessels less than 2.5 mm in diameter. • Vessels in the neurovasculature and the venous system.
Warnings:
• Never advance the Guidezilla device into a vessel without a leading guidewire or without confirming location using fluoroscopic guidance. Vessel dissection or perforation may result. • Due to the size and non-tapered tip of the Guidezilla device, extreme care must be taken to avoid vessel ischemia or vascular damage. • Where there is limited clearance between interventional devices and the distal guide segment lumen, those devices must be advanced and withdrawn slowly with the hemostasis valve open to reduce the risk of embolism. • This is a non-torqueable device. Torqueing the device may result in wire wrap or damage to the device or vessel. • Never advance the Guidezilla device into a vessel with an effective diameter less than 2.5 mm. Vessel injury, ischemia, and/or occlusion may result. If pressure in a vessel dampens after inserting the Guidezilla catheter, withdraw the Guidezilla catheter until the pressure returns to normal.
Precautions:
• Exercise care in handling of the device during a procedure to reduce the possibility of accidental breakage, bending or kinking. • When the device is in the body, it should be manipulated only under fluoroscopy. Do not attempt to move the device without observing the resultant tip response. • Never advance the Guidezilla device more than 15 cm beyond the tip of the guide catheter. Further distal advancement of the Guidezilla device could cause the entire guide segment to track outside of the guide catheter and impede withdrawal of the device. • If strong resistance is encountered during manipulation of the devices, do not force passage. Determine the cause of the resistance before proceeding. If the cause cannot be removed, withdraw all devices simultaneously.
Adverse Events:
The adverse events include, but are not limited to: • Vessel trauma (e.g., perforation, dissection) • Vascular complication (e.g., puncture site complication) • Thrombus • Renal failure • Slow-flow/occlusion • Allergic reaction • Death • Emboli • Hemorrhage/hematoma (e.g., vascular access complication) • Infection • Myocardial infarction • Arterial spasm • Intimal disruption
Caution:
Federal Law (USA) restricts this device to sale by or on the order of a physician.
© 2013 Boston Scientific Corporation or its affiliates. All rights reserved. IC-184602-AA NOV2013