Description: Introducing the 4Utouch Gauze Swab in Sterile Type-17 with X-ray line, a trusted companion for sterile wound care procedures. These swabs are meticulously crafted from 100% cotton gauze fabric, renowned for its exceptional absorbency and softness. Bleached using a combination of hydrogen peroxide and demineralized water, they ensure purity and safety for use in sterile medical environments. The inclusion of an X-ray line enhances visibility during procedures, allowing for easy detection and retrieval if needed.
Key Features:
100% Cotton Gauze Fabric: Each 4Utouch Gauze Swab is made from premium-quality cotton gauze fabric, offering superior absorbency and softness. This facilitates effective wound management while minimizing discomfort for patients.
Hydrogen Peroxide Bleaching: The swabs undergo bleaching using hydrogen peroxide and demineralized water, ensuring thorough purification. This process eliminates impurities and toxins, maintaining optimal hygiene standards for sterile medical procedures.
X-ray Line: The inclusion of an X-ray line in the gauze swabs enhances visibility during procedures. This feature allows for easy detection and retrieval of the swabs using X-ray imaging techniques, minimizing the risk of retained foreign bodies.
Benefits:
- Exceptional Absorbency: The high-quality cotton gauze fabric offers exceptional absorbency, enabling efficient wound management and promoting a conducive healing environment.
- Soft and Gentle: The soft texture of the gauze fabric minimizes the risk of irritation or trauma to the wound site, enhancing patient comfort during dressing changes and other medical procedures.
- Sterile Packaging: The Sterile Type-17 variant is individually packaged in sterile packaging, ensuring aseptic conditions and minimizing the risk of contamination during procedures.
In summary, the 4Utouch Gauze Swab in Sterile Type-17 with X-ray line provides healthcare professionals with a reliable and sterile solution for wound care, maintaining high standards of quality, safety, and efficacy in sterile medical environments.
