O’Sullivan O’Connor Retractor Blade 90 x 37 mm

The O’Sullivan-O’Connor retractor is a specialized surgical instrument used in abdominal and pelvic surgeries, particularly in gynecological procedures such as caesarean sections, hysterectomies, and other pelvic surgeries. It is designed to hold back soft tissue and organs to provide better visibility and access to the surgical site.

Key Features:

1. Ring Shape Frame: The retractor has a circular or oval-shaped frame that helps hold the abdominal wall open, allowing surgeons easy access to the pelvic or abdominal cavity during surgery.
2. Multiple Blades: It includes interchangeable blades of varying lengths and widths that are attached to the ring frame. These blades are inserted into the incision and used to retract the tissue. Different blade sizes can be selected depending on the depth and size of the surgical field.
3. Self-retaining Mechanism: Once the blades are positioned, the O’Sullivan-O’Connor retractor remains in place without the need for manual holding, freeing up the surgeon’s and assistants’ hands.
4. Adjustable Blades: The blades are adjustable and can be rotated to different angles to suit the surgical field and provide an optimal view of the operative site. These blades can retract both laterally and superiorly, ensuring maximal exposure.
5. Curved Blades: Some models feature slightly curved blades, designed to conform to the contours of the body, which aids in reducing tissue trauma and allows better retraction of organs such as the uterus or intestines.
6. Material: Made of stainless steel, which is durable, corrosion-resistant, and can be sterilized through autoclaving.
7. Wide Retraction: Due to its wide retraction capability, this retractor is often favored in major pelvic surgeries where deep access and a broad visual field are required.

The O’Sullivan-O’Connor retractor is essential for gynecological and obstetric surgeries because it maintains a clear, stable field, reduces the need for multiple assistants to hold retractors, and helps prevent tissue injury by distributing pressure evenly across the retracted area.