Description

The Yasargil Bayonet Micro Needle Holder is made for fine needle handling during cardiovascular, neurosurgical, vascular, and reconstructive procedures. Its bayonet shape keeps the hand and handle above the working line, which can make it easier to see the needle and the tissue being sutured. This is especially useful when working in a small or deep operative field.

The jaws are fine and measure 1 mm. They are intended to hold microsurgical needles securely while the surgeon places individual sutures. Keeping the jaws narrow is important here, as a bulky working end could get in the way when working around delicate anatomical structures.

Straight and curved versions are available. A straight jaw gives a direct approach to the needle, while the curved pattern can be useful when the needle needs to be approached from a different angle. Locking and non-locking options are also available, depending on whether the surgeon prefers the needle to remain held or wants to control the grip directly throughout the suturing process.

This needle holder uses a lightweight spring-handle design. The spring action allows the jaws to respond to small finger movements, while the bayonet profile keeps the handle away from the immediate working area. Together, these details can be useful during procedures where visibility and careful needle positioning are important.

The instrument is manufactured from premium surgical-grade stainless steel. Each instrument undergoes quality inspection to check its construction, jaw alignment, and working action before supply. Proper cleaning, sterilization, and handling help maintain the instrument for repeated surgical use.

For microsurgical suturing where the view of the operative site needs to remain clear, the Yasargil Bayonet Micro Needle Holder offers a practical combination of a raised bayonet profile and fine 1 mm jaws. The choice of straight or curved and locking or non-locking patterns allows the holder to be selected according to the procedure and the surgeon’s preferred technique.