Suprathel® is an absorbable, microporous membrane and alloplastic skin substitut
Suprathel® is an absorbable, microporous membrane and alloplastic skin substitute for the treatment of wounds, split-skin donor sites, and burns as indicated hereinafter. The device is supplied sterile in a variety of sizes to be trimmed by the surgeon to meet the individual patient’s needs.
Suprathel® is an absorbable, microporous membrane and alloplastic skin substitut
Suprathel® is an absorbable, microporous membrane and alloplastic skin substitute for the treatment of wounds, split-skin donor sites, and burns as indicated hereinafter. The device is supplied sterile in a variety of sizes to be trimmed by the surgeon to meet the individual patient’s needs.
Suprathel® is an absorbable, microporous membrane and alloplastic skin substitut
Suprathel® is an absorbable, microporous membrane and alloplastic skin substitute for the treatment of wounds, split-skin donor sites, and burns as indicated hereinafter. The device is supplied sterile in a variety of sizes to be trimmed by the surgeon to meet the individual patient’s needs.
Suprathel® is an absorbable, microporous membrane and alloplastic skin substitut
Suprathel® is an absorbable, microporous membrane and alloplastic skin substitute for the treatment of wounds, split-skin donor sites, and burns as indicated hereinafter. The device is supplied sterile in a variety of sizes to be trimmed by the surgeon to meet the individual patient’s needs.
Suprathel® is an absorbable, microporous membrane and alloplastic skin substitut
Suprathel® is an absorbable, microporous membrane and alloplastic skin substitute for the treatment of wounds, split-skin donor sites, and burns as indicated hereinafter. The device is supplied sterile in a variety of sizes to be trimmed by the surgeon to meet the individual patient’s needs.
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the management of superficial dermal wounds, split-skin graft donor sites, pressure and venous ulcers, and 2nd degree burns. The biodegradable matrix is designed for trauma and surgical wounds involving soft tissues. The SupraSDRM matrix is available in various sizes for use in covering and protecting superficial and partial thickness soft tissue wounds.
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the management of superficial dermal wounds, split-skin graft donor sites, pressure and venous ulcers, and 2nd degree burns. The biodegradable matrix is designed for trauma and surgical wounds involving soft tissues. The SupraSDRM matrix is available in various sizes for use in covering and protecting superficial and partial thickness soft tissue wounds.
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the management of superficial dermal wounds, split-skin graft donor sites, pressure and venous ulcers, and 2nd degree burns. The biodegradable matrix is designed for trauma and surgical wounds involving soft tissues. The SupraSDRM matrix is available in various sizes for use in covering and protecting superficial and partial thickness soft tissue wounds.
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the management of superficial dermal wounds, split-skin graft donor sites, pressure and venous ulcers, and 2nd degree burns. The biodegradable matrix is designed for trauma and surgical wounds involving soft tissues. The SupraSDRM matrix is available in various sizes for use in covering and protecting superficial and partial thickness soft tissue wounds.
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the management of superficial dermal wounds, split-skin graft donor sites, pressure and venous ulcers, and 2nd degree burns. The biodegradable matrix is designed for trauma and surgical wounds involving soft tissues. The SupraSDRM matrix is available in various sizes for use in covering and protecting superficial and partial thickness soft tissue wounds.
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the management of superficial dermal wounds, split-skin graft donor sites, pressure and venous ulcers, and 2nd degree burns. The biodegradable matrix is designed for trauma and surgical wounds involving soft tissues. The SupraSDRM matrix is available in various sizes for use in covering and protecting superficial and partial thickness soft tissue wounds.
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the management of superficial dermal wounds, split-skin graft donor sites, pressure and venous ulcers, and 2nd degree burns. The biodegradable matrix is designed for trauma and surgical wounds involving soft tissues. The SupraSDRM matrix is available in various sizes for use in covering and protecting superficial and partial thickness soft tissue wounds.
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the management of superficial dermal wounds, split-skin graft donor sites, pressure and venous ulcers, and 2nd degree burns. The biodegradable matrix is designed for trauma and surgical wounds involving soft tissues. The SupraSDRM matrix is available in various sizes for use in covering and protecting superficial and partial thickness soft tissue wounds.
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the
SupraSDRM® is an absorbable, microporous biodegradable matrix indicated for the management of superficial dermal wounds, split-skin graft donor sites, pressure and venous ulcers, and 2nd degree burns. The biodegradable matrix is designed for trauma and surgical wounds involving soft tissues. The SupraSDRM matrix is available in various sizes for use in covering and protecting superficial and partial thickness soft tissue wounds.
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liq
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is hemostatic gauze for emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required, including traumatic bleeding.
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liq
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is hemostatic gauze for emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required, including traumatic bleeding.
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liq
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is hemostatic gauze for emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required, including traumatic bleeding.
WoundClot is a soluble dressing, based on cellulosic structure. In contact with
WoundClot is a soluble dressing, based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is intended to be used as a topical dressing for minor skin surface bleeding wounds such as minor cuts and minor abrasions.
WoundClot is a soluble dressing, based on cellulosic structure. In contact with
WoundClot is a soluble dressing, based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is intended to be used as a topical dressing for minor skin surface bleeding wounds such as minor cuts and minor abrasions.
WoundClot is a soluble dressing, based on cellulosic structure. In contact with
WoundClot is a soluble dressing, based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is intended to be used as a topical dressing for minor skin surface bleeding wounds such as minor cuts and minor abrasions.
WoundClot is a soluble dressing, based on cellulosic structure. In contact with
WoundClot is a soluble dressing, based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is intended to be used as a topical dressing for minor skin surface bleeding wounds such as minor cuts and minor abrasions.
WoundClot is a soluble dressing, based on cellulosic structure. In contact with
WoundClot is a soluble dressing, based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is intended to be used as a topical dressing for minor skin surface bleeding wounds such as minor cuts and minor abrasions.
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liq
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is hemostatic gauze for emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required, including traumatic bleeding.
WoundClot is a soluble dressing, based on cellulosic structure. In contact with
WoundClot is a soluble dressing, based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is intended to be used as a topical dressing for minor skin surface bleeding wounds such as minor cuts and minor abrasions.
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liq
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is hemostatic gauze for emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required, including traumatic bleeding.
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liq
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is hemostatic gauze for emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required, including traumatic bleeding.
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liq
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is hemostatic gauze for emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required, including traumatic bleeding.
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liq
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is hemostatic gauze for emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required, including traumatic bleeding.
WoundClot hemostatic gauz, based on cellulosic structure. In contact with liquid
WoundClot hemostatic gauz, based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is hemostatic gauze for emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required, including traumatic bleeding.
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liq
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is hemostatic gauze for emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required, including traumatic bleeding.
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liq
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is hemostatic gauze for emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required, including traumatic bleeding.
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liq
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is hemostatic gauze for emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required, including traumatic bleeding.
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liq
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is hemostatic gauze for emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required, including traumatic bleeding.
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liq
WoundClot hemostatic gauze is based on cellulosic structure. In contact with liquids it forms absorbent gel which adheres to the wound surface to control bleeding.WoundClot is hemostatic gauze for emergency and therapeutic use in the control of bleeding from the skin and other surface wounds where temporary control of bleeding is required, including traumatic bleeding.
The Zeolite Hemostatic Gauze consists of zeolite and gauze. Zeolite Hemostatic G
The Zeolite Hemostatic Gauze consists of zeolite and gauze. Zeolite Hemostatic Gauze is provided in a sterile dressing format that conforms readily to the wound. It is available in four types, which are P (Sheet), J (Rolled), Z (Folded) and L (Cubed). The difference between each type is the dressing shape. Each type is available in a range of different sizes.
Biatain® Ag Adhesive. Adhesive foam dressing with silver – antimicrobial effect
Biatain® Ag Adhesive. Adhesive foam dressing with silver – antimicrobial effect for wounds with extra fragile skin. Thickness 3 mm, Dressing Length 5 in, Dressing Width 5 in.