DeBakey Bulldog clamp Atrauma cvd 30mm, 8cm

The DeBakey Bulldog Clamp Atrauma CVD 30mm, 8cm is a specific type of atraumatic Bulldog clamp designed for vascular and delicate surgeries. It is used for temporarily clamping blood vessels or tissues without causing damage, offering a secure hold while minimizing trauma to sensitive structures.

Key Features:

• Atraumatic Design: The clamp’s jaws are designed to minimize tissue damage, with smooth, serrated edges that securely grip blood vessels or tissues without crushing them. This makes it ideal for delicate operations, especially in vascular surgery.
• 30mm Jaw Width: The 30mm jaw allows for effective clamping of a wide range of blood vessels or tissues. This size provides adequate grip without overwhelming the structure being clamped.
• 8cm Length: The 8cm length offers good reach and maneuverability in various surgical environments, making it suitable for both deep and superficial applications.
• CVD (Cardiovascular Design): This specific design is optimized for cardiovascular surgeries, allowing precise control in complex procedures involving blood vessels.
• Locking Mechanism: Features a locking mechanism to ensure the clamp stays securely in place once applied, which helps control bleeding and hold tissues without continuous manual pressure.
• Durable Material: Made from high-quality stainless steel, the clamp is durable, resistant to corrosion, and can be sterilized for repeated use.

Advantages:

• Minimizes Tissue Trauma: The atraumatic design prevents injury to delicate tissues or blood vessels.
• Precise Clamping: Ideal for controlling blood flow during delicate procedures, especially in vascular and cardiac surgeries.
• Secure Grip: The 30mm jaws offer a firm hold, providing reliable hemostasis during surgery.
• Versatile and Effective: Suitable for a variety of surgeries, particularly in vascular, cardiovascular, and neurosurgery settings.

The DeBakey Bulldog Clamp Atrauma CVD 30mm, 8cm is a critical tool in surgical procedures where precise control of blood vessels and minimal tissue damage are required. Its effective locking mechanism and atraumatic design make it invaluable for delicate, high-precision surgeries.