Description
The SpeediCath Flex Double Loop, crafted by Coloplast, is an innovative solution for male intermittent catheterization. Designed with versatility in mind, it accommodates both normal and complex anatomies, making it suitable for those with bends and curves in the urethra.
Key Features
- Flexible, Rounded Tip: This feature ensures smooth navigation through challenging urethral passages, enhancing comfort and ease of use.
- Pre-lubricated, Hydrophilic Coating: Provides a seamless and comfortable insertion experience, reducing friction and enhancing user comfort.
Hygienic Handling
The catheter includes a Dry-Sleeve/Touch Sleeve, allowing for hygienic, no-touch insertion. This design minimizes the risk of contamination, providing peace of mind during use. The Soft-Squeeze Grip further enhances control, enabling safe guidance without direct contact with the catheter tip.
Design and Packaging
The Double Loop Design offers added stability, making the catheter easier to handle. Its discreet, reclosable packaging is practical and non-medical in appearance. The packaging is easy to open, even for those with limited hand dexterity, and can be resealed for discreet disposal. Notably, the packaging is environmentally friendly, being aluminium-free.
Material and Safety
Made from PVC and latex-free, the SpeediCath Flex Double Loop minimizes the risk of allergic reactions. Each catheter is 33 cm in length and available in sizes 10FG, 12FG, and 14FG, with the 14FG variant featuring a black color. The product is sterile and intended for single use, available in individual units or in boxes of 30.
Important Considerations
Users are encouraged to read the label and instructions for comprehensive information on intended use, contraindications, warnings, and precautions. This ensures safe and effective use tailored to individual needs.
The SpeediCath Flex Double Loop stands out as a reliable and user-friendly option for those requiring intermittent catheterization, embodying Coloplast's commitment to quality and innovation in medical devices.
