Intended to aid in the passing of sutures through bone and soft tissue during or
Intended to aid in the passing of sutures through bone and soft tissue during orthopedic surgery
Intended use for surgical marking on intact skin, also provides a permanent meth
Intended use for surgical marking on intact skin, also provides a permanent method of identifying objects in the operating room
Intended use for surgical marking on intact skin, also provides a permanent meth
Intended use for surgical marking on intact skin, also provides a permanent method of identifying objects in the operating room
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
Designed to protect medical instruments from damage during sterilization, storag
Designed to protect medical instruments from damage during sterilization, storage, and handling
RenoCareTM Hydrocolloid Band has a two layer construction composed of an absorbe
RenoCareTM Hydrocolloid Band has a two layer construction composed of an absorbent hydrocolloid matrix laminated to a breathable polyurethane film backing.Hydrocolloid matrix rapidly absorbs exudates to form a cohesive gel providing significantly higher absorbency than the leading competitive hydrocolloid. In addition to excellent absorbency, the breathable polyurethane film backing provides a consistently high rate of moisture vapor transmission. Together, these features ensure an optimal moist wound environment, minimize the chance for damage to healthy peri-wound skin and provide cost-effective wear time for up to seven days.
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an a
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an absorbent hydrocolloid matrix laminated to a breathable polyurethane flm backing. Hydrocolloid matrix rapidly absorbs exudate to form a cohesive gel. In addition to excellent absorbency, the breathable polyurethane flm backing provides a consistently high rate of moisture vapor transmission. Together, these features ensure an optimal moist wound environment, minimize the chance for damage to healthy peri-wound skin and provide wear time for up to seven days.
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an a
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an absorbent hydrocolloid matrix laminated to a breathable polyurethane flm backing. Hydrocolloid matrix rapidly absorbs exudate to form a cohesive gel. In addition to excellent absorbency, the breathable polyurethane flm backing provides a consistently high rate of moisture vapor transmission. Together, these features ensure an optimal moist wound environment, minimize the chance for damage to healthy peri-wound skin and provide wear time for up to seven days.
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an a
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an absorbent hydrocolloid matrix laminated to a breathable polyurethane flm backing. Hydrocolloid matrix rapidly absorbs exudate to form a cohesive gel. In addition to excellent absorbency, the breathable polyurethane flm backing provides a consistently high rate of moisture vapor transmission. Together, these features ensure an optimal moist wound environment, minimize the chance for damage to healthy peri-wound skin and provide wear time for up to seven days.
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an a
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an absorbent hydrocolloid matrix laminated to a breathable polyurethane flm backing. Hydrocolloid matrix rapidly absorbs exudate to form a cohesive gel. In addition to excellent absorbency, the breathable polyurethane flm backing provides a consistently high rate of moisture vapor transmission. Together, these features ensure an optimal moist wound environment, minimize the chance for damage to healthy peri-wound skin and provide wear time for up to seven days.
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an a
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an absorbent hydrocolloid matrix laminated to a breathable polyurethane flm backing. Hydrocolloid matrix rapidly absorbs exudate to form a cohesive gel. In addition to excellent absorbency, the breathable polyurethane flm backing provides a consistently high rate of moisture vapor transmission. Together, these features ensure an optimal moist wound environment, minimize the chance for damage to healthy peri-wound skin and provide wear time for up to seven days.
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an a
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an absorbent hydrocolloid matrix laminated to a breathable polyurethane flm backing. Hydrocolloid matrix rapidly absorbs exudate to form a cohesive gel. In addition to excellent absorbency, the breathable polyurethane flm backing provides a consistently high rate of moisture vapor transmission. Together, these features ensure an optimal moist wound environment, minimize the chance for damage to healthy peri-wound skin and provide wear time for up to seven days.
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an a
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an absorbent hydrocolloid matrix laminated to a breathable polyurethane flm backing. Hydrocolloid matrix rapidly absorbs exudate to form a cohesive gel. In addition to excellent absorbency, the breathable polyurethane flm backing provides a consistently high rate of moisture vapor transmission. Together, these features ensure an optimal moist wound environment, minimize the chance for damage to healthy peri-wound skin and provide wear time for up to seven days.
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an a
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an absorbent hydrocolloid matrix laminated to a breathable polyurethane flm backing. Hydrocolloid matrix rapidly absorbs exudate to form a cohesive gel. In addition to excellent absorbency, the breathable polyurethane flm backing provides a consistently high rate of moisture vapor transmission. Together, these features ensure an optimal moist wound environment, minimize the chance for damage to healthy peri-wound skin and provide wear time for up to seven days.
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an a
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an absorbent hydrocolloid matrix laminated to a breathable polyurethane flm backing. Hydrocolloid matrix rapidly absorbs exudate to form a cohesive gel. In addition to excellent absorbency, the breathable polyurethane flm backing provides a consistently high rate of moisture vapor transmission. Together, these features ensure an optimal moist wound environment, minimize the chance for damage to healthy peri-wound skin and provide wear time for up to seven days.
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an a
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an absorbent hydrocolloid matrix laminated to a breathable polyurethane flm backing. Hydrocolloid matrix rapidly absorbs exudate to form a cohesive gel. In addition to excellent absorbency, the breathable polyurethane flm backing provides a consistently high rate of moisture vapor transmission. Together, these features ensure an optimal moist wound environment, minimize the chance for damage to healthy peri-wound skin and provide wear time for up to seven days.
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an a
Suprasorb® H Hydrocolloid Dressing has a two layer construction composed of an absorbent hydrocolloid matrix laminated to a breathable polyurethane flm backing. Hydrocolloid matrix rapidly absorbs exudate to form a cohesive gel. In addition to excellent absorbency, the breathable polyurethane flm backing provides a consistently high rate of moisture vapor transmission. Together, these features ensure an optimal moist wound environment, minimize the chance for damage to healthy peri-wound skin and provide wear time for up to seven days.
3M™ Tegaderm™ Transparent Film Dressing First Aid Style 100 Bags/Carton 6 Carton
3M™ Tegaderm™ Transparent Film Dressing First Aid Style 100 Bags/Carton 6 Cartons/Case 1620