Lower Gall Duct Ligature Forceps CVD – 18 cm (7″) Surgical Instrument

Article No: STG-04-210 Categories: , ,
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Features and Description:

The Lower Gall Duct Ligature Forceps CVD 18 cm (7″) is a precision surgical instrument designed for safe and effective ligation of gall ducts and small vessels during surgical procedures. Crafted from premium surgical-grade stainless steel, this forceps offers superior durability, corrosion resistance, and long-term reliability through repeated sterilization cycles.

Featuring a curved (CVD) jaw profile, the Lower Gall Duct design allows surgeons to access deep or confined operative fields with enhanced visibility and precision. Its 18 cm length provides an optimal balance of control and reach, making it ideal for general surgery, hepatobiliary procedures, and laparotomy applications.

Fine serrations on the jaws ensure a secure grip on ducts, vessels, and ligatures, while the smooth ratchet locking mechanism maintains consistent clamping pressure without causing tissue trauma. Ergonomic finger rings enable precise handling during delicate surgical tasks.

Key Features:

Premium Surgical Stainless Steel — Durable, rust-resistant, and long-lasting
Curved (CVD) Jaw Design — Provides improved access in deep or narrow fields
Optimal Length — 18 cm (7″) — Balanced reach and control
Fine Serrated Tips — Secure grip on ducts, vessels, and ligatures
Reliable Ratchet Locking Mechanism — Maintains steady clamping force
Fully Autoclavable — Compatible with standard sterilization procedures

Applications:

Lower Gall Duct Ligature Forceps are widely used in:

  • Gallbladder and biliary surgeries
  • General and abdominal surgery
  • Hepatobiliary procedures
  • Deep vessel or duct ligation
  • Hospital and clinical operating rooms

Why Choose Lower Gall Duct Ligature Forceps?

Trusted by surgical professionals, this instrument combines precision engineering with ergonomic handling to provide safe and effective ligation of gall ducts and small vessels. Its curved CVD profile ensures accuracy and efficiency in confined or deep surgical areas.