Filter by :
-
Procedures
-
Product Portfolio
Sort by :
Filter by :
Procedures
Product Portfolio
Sort by :
Used to gain access to desired anatomical location and to assist in placement of medical devices during diagnostic or interventional procedures (URS).
PTFE Coating for smooth insertion
Atraumatic floppy tip for less trauma
Uniform outer diameter
Used to gain smooth and easy access to desired anatomical location and to assist in placement of medical devices.
Lubricious hydrophilic coating provides easy passage in tortuous anatomy and through lesions
Radiopaque polymer jacket enhances fluoroscopic visualization
Kink resistant nitinol core for optimal performance
Used to gain access to desired anatomical location and to assist in placement of medical devices and heavier instruments (PCN & PCNL).
PTFE coating for smooth insertion
Atraumatic floppy tip for less trauma
The stiffness of the wire provides support for the advancement of devices such as dilators, catheters and instruments
Used to gain access to desired anatomical location and to assist in placement of medical devices during diagnostic or interventional procedures.
Designed to combine the benefits of multiple specialty guidewires in one guidewire for urological procedures
5 cm hydrophilic floppy tip provides easy passage in tortuous anatomy
Teflon coating provides for low friction navigation and easy advancement of devices
Intended to be implanted for drainage of urine from renal pelvis to urinary bladder.
For indwelling up to 30 days
Polyurethane based stent has uniform diameter and smooth surface reducing encrustation
Optimal loop shape and high memory retention reduces the risk of migration
Optimal radiopacity for better visualization
Intended to be implanted for drainage of urine from renal pelvis to urinary bladder.
Thermosensitive, advanced PU material for enhanced patient comfort
Stent will be stiffer at room temperature promoting pushability for stent deployment
Material becomes softer at body temperature
Optimal loop shape and high memory retention reduces the risk of migration
Optimal radiopacity for better visualization
Together, we achieve extraordinary outcomes.
