The Flexor Ureteral Access Sheath was one of the first sheaths on the market to have a reinforced coil construction to resist kinking and compression. The sheath provides ureteral dilation and a continuous working channel for the introduction of endoscopes and instruments during ureteral access procedures. When compared to several competitor sheaths, the Flexor was shown to be less likely to buckle while advancing up the ureter.1 Use the Flexor to reduce the potential for trauma to the ureter during repeated instrument exchanges. The continuous working channel also protects delicate instruments and flexible endoscopes from damage, which can reduce the need for costly repairs.

• Ureteral access sheath
• Tapered dilator with locking hub
  NOTE: Thirteen (13) cm length is intended for use in pediatric patients two (2) years of age and over.
  CAUTION: Sterile if the package is unopened or undamaged. Do not use if package is broken.
  CAUTION: Federal (U.S.A.) law restricts this device to sale by or on the order of a physician.
  

Dilator hub

The sheaths unique locking mechanism on the dilator hub secures the dilator to the sheath for simultaneous advancement of the sheath and dilator.

Funnel

The ergonomic funnel acts as a handle during insertion. The large trough facilitates instrument introduction.

Hydrophilic coating

The external surface of the sheath and the dilator tip are AQ hydrophilic coated to create a low-friction surface to ease the insertion process.

Reliability

In a randomized study, the Flexor sheath proved to be reliable for gaining ureteral access for flexible ureteroscopy.

Core

The core consists of a patented coil construction to provide optimal flexibility and maximum resistance to kinking and compression.

Internal lumen

The internal lumen is PTFE lined to facilitate smooth device delivery and removal. Thin wall construction provides the largest possible internal lumen while minimizing the outer diameter.

Dilator

The dilator tapers smoothly from 6 Fr to provide gentle, one-step gradual dilation.