BIO-RAD Ureteral Catheter

The BIO-RAD Ureteral Catheter is a medical device designed for use in urological interventions. Its primary function is to facilitate drainage of urine from the kidney to the bladder, a process often referred to as stenting. This device is also employed to aid in the performance of retrograde pyelograms, a diagnostic imaging technique where contrast material is introduced into the urinary tract in a backward direction.

Furthermore, it is engineered to assist in the smooth and atraumatic introduction into the ureteral orifice, the opening of the ureter into the bladder, thereby simplifying access for subsequent procedures. The design prioritizes safe and effective passage through the ureter, even in cases of anatomical complexity. Constructed from medical-grade flexible material, the catheter is intended to provide a balance of maneuverability and structural integrity during urological procedures.

The material composition aims to minimize tissue trauma during insertion and throughout its indwelling period, contributing to patient comfort. The catheter's inherent flexibility allows for precise navigation within the tortuous anatomy of the ureter, offering healthcare professionals enhanced control during both diagnostic and therapeutic interventions. It is available in variations of 4, 5, and 6 French (FG) sizes, with a tube length of 170 cm, to accommodate diverse patient anatomies and procedural requirements.

The product is offered in packaging quantities of one unit or ten units. It is important to note that this device is intended for single use and should not be resterilized. Proper storage in a cool, dry environment is recommended, and it should be kept out of reach of children.

The integrity of the packaging should be verified prior to use; do not use if the package is damaged. This device is suitable for application in hospital and clinical settings by trained medical professionals. Typical applications include post-operative stenting to ensure urine flow, management of ureteral strictures, and as an adjunct during ureteroscopy.

Its utility extends to cases where ureteral obstruction is present, requiring decompression and patency maintenance. The device's construction is intended to support accurate placement and reliable function within the urinary system. The flexibility of the material is a key characteristic that enables it to conform to the natural curves of the ureter, reducing the risk of perforation or other complications.

The overall design focuses on optimizing the procedural workflow for urologists and improving patient outcomes by ensuring effective urinary drainage and facilitating necessary diagnostic or therapeutic interventions.