Baby-Mixter Ligature Forceps CVD – 14 cm & 18 cm (5½” & 7″) Surgical Instrument
Features and Description:
The Baby-Mixter Ligature Forceps CVD is a precision surgical instrument designed for delicate vessel ligation and controlled tissue handling in confined operative fields. Manufactured from premium surgical-grade stainless steel, this forceps offers excellent durability, corrosion resistance, and reliable performance through repeated sterilization cycles.
Featuring the characteristic Mixter curved (CVD) jaw profile in a smaller “Baby” size, this instrument allows surgeons to maneuver safely around fine anatomical structures with enhanced visibility and precision. Its compact design minimizes tissue trauma while providing a secure grip, making it especially suitable for pediatric procedures and delicate surgical work.
This model is available in two convenient lengths to suit different procedural needs:
- 14 cm (5½”)
- 18 cm (7″)
Fine serrations on the jaws ensure firm handling of vessels and sutures, while the smooth ratchet locking mechanism maintains consistent clamping pressure without slipping. Ergonomically balanced finger rings provide comfort and precise control during extended use.
Key Features:
✔ Premium Surgical Stainless Steel — Durable, rust-resistant, and long-lasting
✔ Baby-Mixter Curved (CVD) Design — Ideal for delicate and precise work
✔ Compact Size Options — 14 cm and 18 cm for enhanced control
✔ Fine Serrated Tips — Secure grip on small vessels and ligatures
✔ Reliable Ratchet Locking Mechanism — Maintains steady clamping force
✔ Fully Autoclavable — Compatible with standard sterilization methods
Applications:
Baby-Mixter Ligature Forceps are commonly used in:
- Pediatric surgery
- Cardiovascular and thoracic procedures
- Fine vessel ligation
- Delicate tissue handling
- Hospital and clinical operating environments
Why Choose Baby-Mixter Ligature Forceps?
Trusted by surgical professionals for precision and reliability, the Baby-Mixter model combines a specialized curved profile with a compact design to deliver superior control in delicate procedures. It is an essential instrument when accuracy, safety, and minimal tissue trauma are critical.