Mixter-Slim Ligature Forceps CVD – 18–23 cm (7″–9″) Surgical Instrument
Features and Description:
The Mixter-Slim Ligature Forceps CVD is a precision surgical instrument designed for secure vessel ligation and delicate tissue handling in deep or narrow operative fields. Manufactured from premium surgical-grade stainless steel, this forceps provides exceptional durability, corrosion resistance, and reliable performance through repeated sterilization cycles.
The Mixter-Slim design features a curved (CVD) jaw profile with a slimmer body, allowing surgeons to maneuver around delicate anatomical structures with improved visibility and control. Its lightweight and ergonomic design reduce hand fatigue while maintaining precise clamping force.
This instrument is available in two lengths to suit different surgical needs:
- 18 cm (7″) — Ideal for shallow or moderate-depth procedures
- 23 cm (9″) — Provides extended reach for deeper surgical access
Fine serrations on the jaws ensure a secure grip on vessels and sutures, while the smooth ratchet locking mechanism maintains consistent clamping pressure without slipping.
Key Features:
✔ Premium Surgical Stainless Steel — Durable, rust-resistant, and long-lasting
✔ Slim Curved (CVD) Design — Enhanced access in narrow or deep surgical fields
✔ Two Length Options — 18 cm and 23 cm for procedural flexibility
✔ Fine Serrated Tips — Secure handling of vessels and ligatures
✔ Reliable Ratchet Locking Mechanism — Maintains steady clamping force
✔ Fully Autoclavable — Compatible with standard sterilization methods
Applications:
Mixter-Slim Ligature Forceps are widely used in:
- General surgery
- Cardiovascular and thoracic procedures
- Vessel ligation
- Deep tissue handling
- Hospital and clinical operating environments
Why Choose Mixter-Slim Ligature Forceps?
Trusted by surgical professionals for precision and reliability, the Mixter-Slim model combines a slim profile with superior control, making it ideal for delicate and deep surgical procedures. Its curved design ensures efficient ligation while minimizing tissue trauma.