Overholt-Geissendorfer Ligature Forceps CVD – 27 cm (10½”) Surgical Instrument
Features and Description:
The Overholt-Geissendorfer Ligature Forceps CVD 27 cm (10½”) is a high-precision surgical instrument engineered for secure vessel ligation and controlled tissue manipulation in deep or complex operative fields. Made from premium surgical-grade stainless steel, this forceps ensures long-lasting durability, corrosion resistance, and consistent performance through repeated sterilization cycles.
Its curved (CVD) jaw design provides excellent access and visibility in deep anatomical areas, making it ideal for cardiovascular, thoracic, and other major surgical procedures requiring extended reach. The 27 cm length offers optimal leverage and maneuverability for effective ligation of large vessels or tissues in hard-to-reach areas.
Fine serrations along the jaws guarantee a secure grip on vessels and sutures, while the smooth ratchet locking mechanism maintains steady clamping pressure, reducing tissue trauma. Ergonomically designed finger rings allow for precise and comfortable handling during prolonged surgical tasks.
Key Features:
✔ Premium Surgical Stainless Steel — Durable, rust-resistant, and long-lasting
✔ Curved (CVD) Jaw Design — Provides superior access in deep surgical fields
✔ Extended Length — 27 cm (10½”) — Ideal for reaching deep anatomical structures
✔ Fine Serrated Tips — Secure grip on vessels and ligatures
✔ Reliable Ratchet Locking Mechanism — Maintains steady clamping force
✔ Fully Autoclavable — Compatible with standard sterilization procedures
Applications:
Overholt-Geissendorfer Ligature Forceps 27 cm are commonly used in:
- Cardiovascular surgery
- Thoracic procedures
- General and vascular surgery
- Deep vessel ligation
- Hospital and clinical operating rooms
Why Choose Overholt-Geissendorfer Ligature Forceps?
Trusted by surgeons worldwide, this instrument combines the proven Overholt-Geissendorfer design with precision engineering to ensure safe, efficient, and accurate ligation in challenging surgical environments. Its long curved profile provides exceptional reach, control, and reliability for complex procedures.