Debrisoft Pad

Non-woven absorbent pad designed for wound care and exudate management. Provides effective fluid absorption while maintaining a sterile interface for clinical wound dressing applications.

Sterile absorbent pads designed for wound dressing and management to control exudate and promote healing.

Absorbent sterile pad for wound care and protection. Promotes healing and prevents infection in surgical and traumatic wounds.

A medical drainage pad designed for fluid absorption and hemostasis in clinical wound care.

Medical drainage pads used in clinical settings for fluid management and absorption in wound care and post-operative applications.

Sterile non-adherent dressing pad for wound management and post-operative care. Designed for comfortable application and optimal healing support.

Non-adhesive sterile hydrophilic foam pads composed of highly absorbent material for treatment of non-infected chronic or acute wounds with moderate to heavy exudation. These pads effectively manage wound fluid, prevent maceration, and promote a moist wound-healing environment. They are designed for pressure ulcers, leg and foot ulcers, diabetic ulcers, and surgical wounds, and require a secondary dressing such as bandage or tape for securing.

Clear transparent pad allowing visual wound assessment without dressing removal. Designed for wound care applications requiring continuous monitoring of healing progress.

Multi-layer sterile pad for primary wound coverage and fluid absorption. Combines soft contact layer with absorbent core for optimal wound management. Available in various absorptive capacities.

Absorbent pad for wound exudate management and drainage control. Available in multiple sizes for different wound types and severity levels.

A sterile dressing pad intended for wound care and management. The product maintains sterility to prevent infection during medical treatment.

Disposable cleaning pad used to maintain electrode cleanliness during electrosurgical procedures. Helps remove char and debris buildup from active electrodes to maintain surgical performance.