Oracraft Mosquito 12.5cm Hemostat - Straight H5

Description:

The Oracraft Mosquito 12.5cm Hemostat is a meticulously crafted surgical instrument designed for precise hemostasis and tissue manipulation in dental and medical procedures. Manufactured by Oracraft, this hemostat stands as an essential tool for dental professionals seeking accuracy and control during various surgical interventions.

Key Features:

1. Fine-Tipped Jaws for Precision: The hemostat features fine-tipped jaws that allow for precise grasping and control of tissues. The fine tips enable practitioners to navigate delicate anatomical structures with accuracy, making the instrument versatile in a range of surgical applications.

2. 12.5cm Length for Maneuverability: With a length of 12.5cm, the hemostat provides optimal maneuverability during surgical procedures. The moderate size ensures that the instrument is versatile enough for various applications while maintaining control and precision.

3. Locking Mechanism for Secure Grip: Equipped with a locking mechanism, the hemostat allows practitioners to secure the grip on tissues, providing consistent pressure for hemostasis. The locking feature enhances control during procedures, ensuring a stable and controlled environment.

Benefits:

1. Precise Tissue Grasping for Hemostasis: The fine-tipped jaws enable precise tissue grasping, making the hemostat ideal for achieving hemostasis in surgical procedures. The instrument's design allows for controlled compression of blood vessels or tissues, minimizing bleeding during interventions.

2. Optimal Maneuverability for Various Applications: The 12.5cm length of the hemostat provides optimal maneuverability, allowing practitioners to use the instrument effectively in various surgical applications. Whether in dental surgery or medical procedures, the hemostat offers versatility without compromising control.

3. Secure Grip with Locking Mechanism: The locking mechanism ensures a secure grip on tissues, providing practitioners with a stable and controlled environment for surgical maneuvers. The ability to lock the instrument in place enhances precision and consistency during procedures.