URF-V

Crystal-clear images for efficient diagnostics

The CCD imaging sensor provides a moiré-free, vivid image with a higher colour reproduction that is three times larger than with fiberscopes.

NBI capabilities for improved UTTC detection

NBI uses specific wavelengths of light to improve the observation of mucosal morphology, improving the tumour detection rate in UTTC by ~25%.

Tube rotation gives easier handling

An insertion tube rotation function enables fine adjustment of the laser tip position when aiming at stones, and also allows a comfortable and more ergonomic working position.

CCD imaging sensor on the distal end of the ureteroscope

The CCD imaging sensor is placed at the distal end of the ureteroscope, giving you moiré-free, bright images without the need for a camera head attachment and eliminating the need to focus.

Narrow band imaging

NBI uses selected wavelengths of the light to take advantage of the scattering and absorption properties of human tissue; this provides you with an improved image of the mucous membranes and assists with UTTC diagnosis and treatment.

Insertion tube rotation function

An insertion tube rotation function, with a rotation angle of ±90°, enables you to make fine adjustments to the laser tip position when aiming at the stone during ureteroscopy; it also allows you to adopt a comfortable working position.

Up 180° /down 275° angulation

The option to angulate down by 275° allows you to optimally visualise the lower calyx, and 180° of up angulation (with a small radius) is ideal for you to access the upper/middle calyces.

Integrated camera with ergonomic design

An integrated camera and light-guide cable make it easy for you to handle the ureteroscope during URS procedures. Also, four programmable buttons are always in your reach on the control section, providing quick access to often-used functions.