The Miltex Evans Pelvic Tissue Forceps are a staple in gynecological surgical procedures, engineered for reliability and precision. Featuring cross-serrated tips embedded with tungsten carbide inserts, these forceps offer a gripping surface with an unparalleled 4000 teeth per square inch. This high-density serration ensures a firm grip on tissue, minimizing the risk of slippage and damage during surgery.

With an overall length of 10 inches, they provide the necessary reach and control for handling delicate tissues safely. The tungsten carbide enhancements ensure longevity and sustained performance, making them a cost-effective choice in the long run. Ideal for both routine and complex procedures, these forceps offer surgeons superior control, precision, and comfort.

Key Features:

• Crafted with tungsten carbide insert tips, these forceps ensure durability and longevity, maintaining their sharpness and performance over time.
• The cross-serrated tips enhance grip on tissues, reducing the risk of slippage during procedures, and the 4000 teeth per square inch provide unparalleled precision in tissue handling.

Uses:

• The Miltex Evans Pelvic Tissue Forceps are primarily used in gynecological surgeries to handle and secure pelvic tissue with precision. Their cross-serrated tungsten carbide tips offer superior grip, making them ideal for delicate tissues and ensuring minimal tissue damage.
• These forceps are also suitable in other medical procedures requiring the manipulation of soft tissues, offering surgeons control and accuracy during the operation. The high teeth count per square inch makes it suitable for high-stakes procedures where precision is paramount.

FAQs:

1. What is the primary use of the Miltex Evans Pelvic Tissue Forceps?
They are designed for use in gynecological surgeries to handle pelvic tissues with high precision due to their tungsten carbide cross-serrated tips.

2. How do the tungsten carbide tips benefit the forceps?
The tungsten carbide tips increase the durability and sharpness of the forceps, ensuring consistent and precise performance, even after extended use.