- Used for holding and manipulating fine needles and sutures during delicate, specialized surgical procedures, particularly in thoracic and cardiovascular surgery
Uses
- Intracardiac procedures:
- Specifically designed for use in heart surgeries and related cardiovascular operations
- Precise suturing:
- Used to securely hold very fine needles and sutures for precise stitching in delicate tissues
- Specialized surgery:
- Applicable in other delicate fields such as plastic surgery, neurosurgery, and veterinary applications where fine suturing is required
Features
- Tungsten Carbide (TC) Inserts:
- The jaws are fitted with extremely hard and durable tungsten carbide inserts, identified by the gold-plated finger rings
- Extra Delicate Serrated Jaws:
- The jaws are extra delicate with fine, pyramid-shaped teeth (approximately 4000 teeth per square inch) to provide a non-slip grip on small needles and sutures
- Suture Protection:
- The edges around the outside of the jaws and the box lock are chamfered (beveled) to prevent accidental cutting or fraying of fine suture material
- Length:
- The instrument is approximately 6 inches (15.2cm)
- Material:
- Crafted from high-quality German stainless steel
- Locking Mechanism:
- Features a reliable ratchet lock to maintain clamping pressure
- Satin Finish:
- Has a glare-reducing satin finish
Benefits
- Superior Durability:
- Tungsten carbide is one of the hardest steels used for surgical instruments, which significantly extends the service life and resistance to wear compared to standard stainless steel
- Enhanced Precision and Control:
- The fine, serrated jaws provide a secure, positive grip on small needles, which is vital for high-precision suturing in delicate operations, minimizing errors
- Long-Term Value:
- As a high-quality, reusable, and autoclavable instrument, it offers economic benefits over time for medical facilities due to its extended lifespan
- Minimized Tissue/Suture Damage:
- The careful design of the jaw edges protects both delicate tissues and fine suture materials during procedures, contributing to better patient outcomes