Dover™ Silicone Foley Catheter Coudé Tip Latex-free 2-Way 18fr 5cc 10/Bx

Why Choose the Dover Silicone Coudé Foley Catheter – 18 Fr?

In patients with urethral obstruction — most commonly from an enlarged prostate — standard straight-tip catheters are often unable to pass through the zone of resistance to reach the bladder. The coudé tip on the Dover Silicone Foley Catheter provides the upward angle needed to follow the natural curvature of the prostatic urethra and navigate through this anatomical challenge. The 18 French size is a common choice in male adult catheterisation, and the 100% silicone construction makes this catheter appropriate for both latex-sensitive patients and extended indwelling use. Silicone is more biocompatible than latex-based materials, less prone to encrustation, and associated with lower levels of urethral irritation during long-term catheterisation. The reinforced tip resists buckling during insertion, and large drainage eyes support efficient urine drainage throughout indwelling use. The 5 cc balloon provides reliable bladder retention. Packaged 10 per box for clinical and facility supply management.

Key Features

• Coudé (angled) tip for improved insertion in cases of prostatic obstruction or urethral difficulty
• 100% silicone construction — fully latex-free for safe use with latex-sensitive patients
• 18 French size for standard adult indwelling catheterisation
• 5 cc balloon for reliable, stable bladder retention
• 2-way design with separate urine drainage and balloon inflation lumens
• Reinforced tip resists buckling during insertion through resistance
• Large drainage eyes for efficient, unimpeded urine flow
• Sterile, single-use design
• Packaged 10 per box

Benefits

• Coudé tip allows catheterisation in patients where straight-tip insertion is not possible
• Fully latex-free construction eliminates latex allergy risk in sensitive patients
• Silicone reduces encrustation and urethral irritation during long-term indwelling use
• Reinforced tip maintains shape under insertion force without buckling
• Large drainage eyes support reliable, efficient urine flow throughout use
• Sterile single-use packaging supports infection control and CAUTI reduction protocols

Clinical & Typical Applications

Male patients with benign prostatic hyperplasia (BPH) or urethral obstruction where straight-tip catheter insertion has been unsuccessful

Patients with latex allergies or sensitivities requiring a fully latex-free indwelling urinary catheter

Long-term catheterised patients in hospital, long-term care, or home care settings where silicone is preferred for extended indwelling use

Post-urological surgery patients requiring indwelling drainage during recovery where silicone is the clinically preferred material

Hospital urology and emergency departments managing difficult catheterisation cases requiring the larger 18 Fr coudé approach

Community and home care nurses providing ongoing catheter management for patients with documented prostatic or urethral obstruction

Usage & Care

Single-Use Only: This catheter is sterile and intended for single use only. Do not reuse, reprocess, or re-sterilise.

Inspection: Check packaging integrity before use. Do not use if packaging is damaged, open, or past the expiry date.

Insertion: Use strict aseptic technique throughout. Apply sterile lubricating gel generously to the coudé tip and catheter shaft. For male patients, orient the coudé tip upward during insertion to navigate through prostatic resistance. Advance gently until urine flows freely.

Balloon Inflation: Confirm bladder placement by urine flow before inflating the balloon. Inflate slowly with the recommended volume of sterile water. Do not use air or saline. Gently retract until resistance confirms balloon positioning.

Drainage: Connect to a sterile urinary drainage bag. Secure the catheter to the inner thigh to minimise urethral traction.

Removal: Fully deflate the retention balloon before catheter removal. Never remove a Foley catheter with the balloon inflated.

Note: Coudé catheter insertion must be performed by or under the direct supervision of a trained clinician. Do not force insertion against resistance — seek urological assessment if needed.