The Bsn Medical Cutimed Sorbact Antimicrobial Dressing Pad offers an innovative solution for wound care, utilizing a unique bacteria-binding technology that ensures comprehensive infection prevention. This effective method requires no chemical agents, reducing the risk of adverse reactions, making it an ideal choice for sensitive skin.

Available in various sizes, including 4" x 4" and 2.8" x 3.5", these dressing pads are perfect for a wide range of wounds, from minor cuts to chronic ulcers. The options of 10s, 5s, or 40s pack make it flexible for different patient needs, ensuring you always have the right amount on hand when needed. Trust in Bsn Medical for superior wound management, promoting faster healing and optimal comfort.

Key Features:

• The dressing pads feature a unique Sorbact technology that traps and binds bacteria, preventing further infection without the use of chemicals.
• Available in various sizes and packaging, these pads provide flexibility for different wound care requirements, catering to both minor and significant injuries.

Uses:

• Cutimed Sorbact Antimicrobial Dressing Pads are primarily used for the management and prevention of wound infections. Ideal for acute and chronic wounds, they are especially beneficial for wounds with a risk of infection or those that are already infected.

FAQs:

1. How does Cutimed Sorbact work?
Cutimed Sorbact uses a unique bacteria-binding technology that traps bacteria in the dressing, thereby reducing the risk of infection without chemical agents.

2. Can these dressings be used on all types of wounds?
Yes, Cutimed Sorbact is designed to be versatile, suitable for use on a variety of wounds, including chronic and acute wounds.

3. Is the dressing safe for sensitive skin?
Yes, the dressing does not release any chemical substances, making it safe for use on sensitive skin types.

4. How often should the dressing be changed?
It is typically recommended to change the dressing every 1-3 days, or as advised by a healthcare professional, depending on the wound condition.