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Olympus URF-V3 Flexible Video Ureterorenoscope

Improved Stone Management through the videoscope URF-V3. It combines a superslim design, enhanced maneuverability and a high durability thanks to the unique insertion tube design DuraBend which is reducing stress on the bending section during insertion in the narrow renal pelvis by passive bending.

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URF-V3_Brochure_EN

Overview Specifications Dimensions

Olympus URF-V3 Flexible Video Ureterorenoscope

High Image Quality and Durability in Superslim 8.4 Fr.

URF-V3

Olympus’s unique DuraBend insertion-tube design reduces stress on the bending section during insertion in the narrow renal pelvis by passive bending, which increases the durability of the URF-V3.

Unique Insertion-Tube Rotation for More Comfort
The 120° rotation function allows the operator to change the shaft’s angle by rotating a ring on the handle. This potentially allows for longer laser activation that makes treatment of large stone burdens feasible, more precise, and more comfortable.

8.4 Fr. Slim Diameter Shaft

Slim URF-V3 fits into 10/12 Fr. access sheath allowing for access in tight ureters
The stiffness gradient of the scope allows for great torque of the scope’s shaft and a flexible tip for increased maneuverability during ureteroscopies
Using the URF-V3 in combination with a 12/14 Fr. access sheath ensures the clearest visualization thanks to improved flow

8.4 Fr. Slim Diameter Shaft

Conventional scope
(approx. 10 Fr. shaft)

275° Wide Angulation Range
Deflection capabilities of 275° up and down allow for optimal visualization of lower renal calyxes as well as upper and middle calyxes.

275° Wide Angulation Range

Stone Treatment and Tumor Detection with NBI

Stone Treatment
The URF-V3 provides a large, distortion-free digital image and an even illumination of the high-resolution image. The ability to resolve small stone fragments in a well-illuminated image ensures that the surgeon can fulfill requirements of thorough and efficient treatment.

Stone Treatment

Fiberscope URF-P7 Videoscope URF-V3

Tumor Detection
Narrow Band Imaging (NBI) as optical image enhancement technology provides substantial help in better identifying upper tract tumors due to improved visibility of vessel structures.

Tumor Detection

White light NBI

Optical System	Field of view	80°
	Direction of view	Forward viewing
	Depth of field	1.5–50 mm
Insertion Tube	Distal end outer diameter	8.5 Fr. (2.83 mm)
	Insertion tube outer diameter	8.4 Fr. (2.8 mm)
	Working length	670 mm
Instrument Channel	Inner channel diameter	3.6 Fr. (1.2 mm)
Bending Section	Angulation range	Up 275° Down 275°
Total Length		980 mm