GDC Hemostats Mosquito Curved - (12cm) (H3)

The GDC Hemostats Mosquito Curved (12cm) (H3) is a specific type of surgical instrument used in medical procedures. Hemostats are commonly used in surgery to control bleeding by clamping blood vessels or tissue. The term "Mosquito" refers to the size and shape of the instrument's jaws, which are fine and curved to allow for precise maneuvering. Its curved shape allows surgeons to access and maneuver in hard-to-reach areas or areas with limited visibility.

• Curved Jaws: The hemostats have curved jaws that allow for better access to hard-to-reach areas and provide enhanced maneuverability during surgical procedures. The curved design facilitates precise gripping and manipulation of tissues and blood vessels.
• Fine Serrations: The jaws of the hemostats are equipped with fine serrations. These serrations provide a secure grip on tissues and blood vessels, minimizing the risk of slippage during manipulation. The fine serrations also help to minimize tissue trauma.
• Length: The GDC Hemostats Mosquito Curved has a length of 12 centimeters (12cm). The size is carefully chosen to provide sufficient reach and control while ensuring maneuverability in delicate surgical procedures.
• High-Quality Material: The hemostats are typically made of surgical-grade stainless steel. This material is known for its durability, corrosion resistance, and compatibility with sterilization processes. It ensures that the instrument remains reliable and can withstand the demands of surgical use.
• Ratcheted Locking Mechanism: The handles of the hemostats feature a ratcheted locking mechanism. This mechanism allows for secure locking and maintains the desired pressure on tissues or blood vessels. The locking mechanism ensures that the instrument remains in position during procedures, minimizing the need for constant manual pressure.
• Precision and Control: The combination of the curved jaws, fine serrations, and overall design of the hemostats provides surgeons with precise control over tissues and blood vessels. This enables accurate manipulation, occlusion, and hemostasis during surgical procedures.