2 x SISCO Ovum Forceps 10inch

Description: Introducing the SISCO Ovum Forceps, a pinnacle of surgical precision designed specifically for gynecological procedures. Meticulously engineered by SISCO, these forceps exemplify the forefront of medical technology, offering unparalleled control and reliability in the delicate process of ovum handling. Crafted to meet the rigorous demands of medical professionals, these forceps represent an essential tool for achieving optimal outcomes in assisted reproductive technologies.

Key Features:

1. Fine-Tipped, Non-Serrated Jaws: The Ovum Forceps feature fine-tipped, non-serrated jaws designed to delicately handle ova without causing damage. The precision of these jaws is crucial in ensuring the integrity of the ovum during retrieval and manipulation.

2. Quantitative Tension Adjustment: Facilitating precise tension control, these forceps allow surgeons to quantitatively adjust the grip force. This feature is essential for minimizing trauma to fragile ova and optimizing the force applied during procedures, contributing to increased success rates.

3. Smooth, Controlled Opening and Closing Mechanism: Engineered with a smooth and controlled opening and closing mechanism, these forceps provide surgeons with the necessary finesse for intricate ovum handling. The mechanism ensures minimal disruption to surrounding tissues and maintains the integrity of the delicate reproductive structures.

4. Ergonomic Handle Design: The forceps are equipped with an ergonomic handle design, prioritizing surgeon comfort during prolonged procedures. This design minimizes hand fatigue, enabling surgeons to maintain precision and focus throughout ovum-related interventions.

Benefits:

• Enhanced Ovum Viability: The fine-tipped, non-serrated jaws and quantitative tension adjustment features contribute to enhanced ovum viability, allowing surgeons to handle ova with the utmost care and precision.

• Optimized Reproductive Procedure Outcomes: The combination of advanced features, including the controlled opening and closing mechanism, results in optimized outcomes in assisted reproductive technologies. Surgeons can confidently navigate ovum-related procedures with increased success rates.