Uromax ultra high pressure balloon catheters are intended for radial dilation of the urinary tract in order to relieve strictures and to ease the placement of larger surgical instruments. This non-compliant balloon is designed using specially treated polymers and processes to maintain its outer diameter during inflation. Its unique construction and technology provides controlled pressure during placement and withdrawal through narrow strictures.
The following features make the Uromax ultra high-pressure balloon catheters a versatile and trustworthy catheter for urological procedures.
| Feature | Advantages | Benefits |
|---|---|---|
|
HydroPlus™ Coated Balloon Surface |
Uromax ultra high pressure balloon catheters have an excellent surface lubricity to minimize the friction and the risk of bleeding during introduction and placement. |
The balloon surface coating with HydroPlus is intended to decrease friction during advancement or withdrawal of the catheter. This helps minimize the post-operative pain and the risk of bleeding. |
|
Kink-Resistant Shaft |
The balloon catheter is designed with kink-resistance shaft and tapered distal end to provide enhanced control through tight, tortuous ureteral anatomy. |
Due to its distinct feature, this device can provide precise and high depth penetration to the surgical area resulting in positive treatment outcomes. |
|
Radiopaque Marker Bands |
The Uromax ultra high pressure balloon catheters are designed with a radiopaque marker bands that facilitates better visualization of the balloon position. |
Due to this radiopaque marker bands, the surgeons can experience an enhanced visualization of balloon position under fluoroscopy. Enhanced visualization may help avoid the potential shearing forces associated with sequential rigid dilatation. |
|
Quadra-Fold Technology |
Quadra-fold technology allows the balloon material to fold and wrap tightly around the catheter for improved placement and withdrawal. |
This feature offers easy placement and removal of the catheter. It also ensures minimal tissue irritation and facilitates precise target location, even under difficult conditions. |