2 Way Tiemann Foley Catheter

The 2-way Tiemann Foley catheter is a specialized urinary catheter designed for patients with challenging or narrowed urethral anatomy. It features a curved, tapered tip known as the Tiemann or coude tip, which allows for easier navigation through prostatic obstructions, urethral strictures, or other anatomical irregularities. Medical professionals often prefer this catheter when standard Foley catheters are difficult or uncomfortable to insert.

Manufactured from high-quality latex or silicone-coated latex, the catheter offers flexibility while maintaining structural integrity. The surface is smooth and biocompatible to minimize friction and reduce the risk of urethral trauma. Its “2-way” design includes two channels—one for continuous urine drainage and the other for balloon inflation. The balloon, once filled with sterile water, holds the catheter securely in the bladder during use.

Clinicians insert the catheter with the curved tip facing upward to follow the natural contour of the male urethra, particularly helpful in patients with enlarged prostates. Available in a range of French sizes and balloon capacities (typically 5–30 mL), the 2-way Tiemann Foley catheter adapts to various clinical scenarios, from short-term post-surgical care to ongoing management of urinary retention.

This catheter is commonly used in hospitals, urology clinics, and long-term care settings. It is especially useful for male patients who require more precise navigation during catheterization. Medical staff must ensure proper positioning and orientation of the curved tip to avoid discomfort or incorrect placement.

For safe and effective use, caregivers should clean the catheter regularly and replace it as clinically indicated. Proper technique and maintenance help prevent complications such as infections or blockages. The 2-way Tiemann catheter provides a dependable solution when conventional straight-tip catheters are not suitable, offering comfort, accuracy, and clinical efficiency in more complex catheterization cases.