Ring-marker section Spiral-marker section

An Essential Tool to achieve a New Level of Efficiency in Biliary-Pancreatic Procedures. Designed to Enhance the Revolutionary Exchange Capability of the V-System.

All Designs are Optimized to Assure Smooth,

Efficient Guidance of Devices to the Bile And Pancreatic Ducts

Two-step markers ensure visibility in the endoscopic field of view

Two-step markers on the LinearGuideV make it easy to confirm the movement and position

of the guidewire within the endoscopic field of view.

Hydrophilic Coating Length:500mm
50mm
120mm	PTFE Coating
400mm	PTFE Coating
2700mm / 4500mm
Hydrophilic Coating Length:500mm
50mm
120mm	PTFE Coating
400mm	PTFE Coating

2700mm/4500mm

Two distal tip configurations to suit different techniques and preferences

The LinearGuideV comes in two tip configurations — straight and angulated.

The straight tip can be used for a variety of purposes, while the angulated tip is best suited for passing a stricture and for selective insertion.

Choose the tip that best suits your techniques and preferences.

130mm

The LinearGuideV has been designed to provide superior insertion capability, maximum endoscopic visibility, and easy device exchange. When the LinearGuideV’s spiral markings are visible from the scope tip, the guidewire can be locked to simplify device exchange.

Ring-marker section	Spiral-marker section
Ring-markers are visible from 50mm		Endoscopic visibility of the spiral-
to 120mm from the distal end to		markers indicates that
help determine duct penetration.		LinearGuideV may be locked in
		the V-Groove.

Specially coated to insure smooth wire manipulation

To ensure smooth passage through tight strictures in the bile duct, the distal 500mm from the tip is coated with a special hydrophilic coating that provides exceptional lubricity.

The balance of the guidewire is coated with PTFE for smoother exchange. These coatings allow the guidewire to be manipulated easily

Note:

This instrument meets the recognized standard for high

frequency electrosurgical leakage current - ANSI/AAMI HF-18(1993), 4.2.5.2 and 5.2.5.2 - when used with an Olympus sphinctetorome. Removal of the guidewire is not necessary during sphincterotomy.