Lithovue Reverse Deflection Single-Use Digital Flexible Ureteroscope, 68Cm

The LithoVue Reverse Deflection Single-Use Digital Flexible Ureteroscope is a sterile, disposable digital ureteroscope designed for high-resolution visualization and precise maneuverability during ureteroscopy and stone management procedures.

With a 68 cm working length, 7.7 Fr distal tip, and 9.5 Fr outer diameter, this ureteroscope provides excellent access to the urinary tract and renal collecting system. The reverse deflection mechanism enhances navigation in complex anatomy, improving access to challenging calyces during endourological procedures.

Built with integrated digital CMOS imaging and a single-use design, LithoVue eliminates the need for reprocessing while ensuring consistent image quality and procedural efficiency.

Key Features & Benefits

Reverse Deflection Technology

Improves access to difficult renal anatomy and enhances maneuverability during procedures.

270° Bidirectional Deflection

Provides precise control for navigating complex urinary tract structures.

High-Resolution Digital Imaging

Delivers clear visualization for accurate diagnosis and stone management.

68 cm Working Length

Optimized for ureteroscopic and intrarenal access procedures.

Single-Use Sterile Design

Eliminates reprocessing, reducing infection risk and downtime.

Slim 7.7 Fr Tip

Facilitates atraumatic entry and smooth navigation.

9.5 Fr Outer Diameter

Balances durability with flexibility for endourological procedures.

Technical Specifications

Product Name: LithoVue Reverse Deflection Ureteroscope

Manufacturer: Boston Scientific

Type: Single-Use Digital Flexible Ureteroscope

Working Length: 68 cm

Distal Tip Diameter: 7.7 Fr

Outer Diameter: 9.5 Fr

Deflection: 270° Bidirectional (Reverse Mode)

Imaging: Digital CMOS

Sterility: Sterile

Usage: Single Use

Applications

Ureteroscopy (URS)

Retrograde Intrarenal Surgery (RIRS)

Kidney Stone Management

Laser Lithotripsy Procedures

Stone Retrieval Procedures

Diagnostic Ureteroscopy

Endourological Interventions

Renal Collecting System Visualization