Babcock Forceps, Non-Slip Grip, Medical Tool for Tissue Handling and Clamping, Durable, Ideal for Surgical, Veterinary, and Laboratory Use (1 Pc)

Description:

The Babcock Forceps (6 &8-Inch) is a specialized surgical instrument designed for grasping, holding, and manipulating delicate tissues and tubular structures. Babcock Forceps are finger ring, ratcheted, non-perforating forceps used to grasp delicate tissue in laser procedures. They are frequently used with intestinal and laparotomy procedures. Babcock forceps are similar to Allis forceps; however, they may be considered less traumatic due to their wider, rounded grasping surface. When the instrument is closed, the ridge fits into the groove, securing the held structure from slipping.

Features:

• Atraumatic Loop Jaws: The fenestrated (open) tips are designed to hold delicate structures like the bowel or bladder without puncturing or crushing the tissue.
• Extended 8-Inch Reach: The longer shaft allows for high-precision work in deep abdominal or thoracic cavities where standard 6& 8-inch tools cannot reach.
• Medical-Grade Stainless Steel: Forged from high-quality, corrosion-resistant surgical steel that maintains its structural integrity through repeated sterilization.
• Ergonomic Non-Slip Grip: Large finger rings provide superior tactile feedback and control, even when the surgeon is wearing double gloves in a wet environment.

Specification:

• Size: 6 inch
• Model No: SB-18
• Size: 8 inch
• Model No: SB-19
• Body Material: Stainless Steel
• Weight (Approx.): 0.050 to 80 gm

Applications:

• Intestinal Surgery: Ideal for holding the small or large intestine during resection, anastomosis, or exploratory laparotomy.
• Appendectomy: Used to securely grasp and stabilize the appendix before ligation and removal.
• Gynaecological Procedures: Frequently used to manipulate the Fallopian tubes or broad ligaments during reproductive surgeries.
• Deep Tissue Retraction: Provides a non-destructive way to hold back fascia or peritoneal layers to expose deeper surgical sites.