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Sold by: Each Packaging: 1 Each/Each CATHETER, EXTERNAL, MALE, 32MM, POP-ON

Rochester All Silicone 3 Way Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 3 Way Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 3 Way Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 3 Way Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 3 Way Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 3 Way Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 3 Way Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 3 Way Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 30cc Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 30cc Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 30cc Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 30cc Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 30cc Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 30cc Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 30cc Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 30cc Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 30cc Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Rochester All Silicone 30cc Foley Catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks that may be associated with repeated exposure to latex devices. It provides improved drainage with a lumen area. The clear silicone material enables visualization of drainage and helps minimize encrustation.

Delivers an antimicrobial agent while providing the virtually friction-free movement of hydrophillic coating. The antibacterial agent, nitrofurazone is matrixed into the outer layer of catheter. During catheterization, nitrofurazone elutes into the uretheral-cathater boundary to provide localized antibacterial activity.

Delivers an antimicrobial agent while providing the virtually friction-free movement of hydrophillic coating. The antibacterial agent, nitrofurazone is matrixed into the outer layer of catheter. During catheterization, nitrofurazone elutes into the uretheral-cathater boundary to provide localized antibacterial activity.

Delivers an antimicrobial agent while providing the virtually friction-free movement of hydrophillic coating. The antibacterial agent, nitrofurazone is matrixed into the outer layer of catheter. During catheterization, nitrofurazone elutes into the uretheral-cathater boundary to provide localized antibacterial activity.

The Antibacterial Personal Catheter provides a urinary antiseptic to the urethral catheter boundary during catheterization. This all silicone catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks thatmay be associated with repeated exposure to latex and PVC containing devices.

The Antibacterial Personal Catheter provides a urinary antiseptic to the urethral catheter boundary during catheterization. This all silicone catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks thatmay be associated with repeated exposure to latex and PVC containing devices.

The Antibacterial Personal Catheter provides a urinary antiseptic to the urethral catheter boundary during catheterization. This all silicone catheter is designed for enhanced comfort and elimination of concerns regarding potential health risks thatmay be associated with repeated exposure to latex and PVC containing devices.