Home Cure Ultra® and Cure Twist® Catheters

Cure Ultra® and Cure Twist® Catheters

The Cure Twist® for women and Cure Ultra® and Cure Ultra® Plus™ for men and women can tuck into small spaces for convenient portability and are pre-lubricated with gel – to help minimize bacteria transfer and reduce the risk of UTIs1.


Transfer Benefits NOT BACTERIA!

The ready-to-use Cure Twist® and Cure Ultra® line of intermittent cathetersoffer a unique CoverAll™ feature that provides consistent distribution of gel as the catheter is removed from the package. In vitro testing showed less bacteria transfer compared to competitor hydrophilic catheters. This could help reduce the risk of infection.1

Additional benefits include:

  • Smooth, fire polished eyelets help reduce irritation that can lead to infection.
  • Free of harmful chemicals such as DEHP/DINP, BPA, or NR-Latex
  • Attractive, discreet packaging helps support a confident, active lifestyle
  • No Drip/No Mess’

Cure Ultra® and Cure Ultra® Plus™ intermittent catheter line is offered for men (16”) and in two lengths for women: original and 8” Cure Ultra® Plus™.

Cure Twist® for women is offered as Singles or a Kit with insertion supplies.

Cure™ catheters are among the Convatec portfolio of innovative catheter options. Request complimentary samples today.

Convatec Continence Care logo of a pink sphere with two swirls of pink around it.

About Convatec:

Convatec Continence Care manufactures innovative intermittent catheters for men, women, and children. Advanced technologies and proprietary features are designed to provide a safe, comfortable, and convenient cathing experience—while helping to reduce the risk of infection. Products are not made with DEHP/DINP, BPA, or NR-Latex. From closed systems to hydrophilic, pre-lubricated/ready-to-use, and uncoated styles—you can be confident in your choice.

References: 1. Meredith K, Pollard D, Mason V, Ali A with Convatec Ltd, Evaluation Of Bacterial Displacement By Intermittent Catheters With Gel- Or Water-Based Lubricants, An In-vitro Urethral Agar Channel Model. Continence 12S (2024) 101590 DOI: 10.1016/j.cont.2024.101590 | AP-75832-USA-ENGU-v1


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