The Miltex Randall Kidney Stone Forceps are uniquely designed surgical tools essential for urological procedures involving kidney stone removal. These expertly crafted instruments are available in various sizes—9¼", 8¼", 7¾", and 7½", accommodating different surgical requirements with their unique curvature options ranging from quarter to full curve.

Made from premium stainless steel, these forceps ensure durability and corrosion resistance, critical for maintaining a sterile surgical environment. Each forceps is designed with precision to aid in the effective and safe extraction of kidney stones, providing a reliable solution for surgeons. This versatility makes them a must-have tool in operating rooms specializing in urological surgeries.

Key Features:

• Available in multiple sizes (9¼", 8¼", 7¾", and 7½") with varying curvature options to suit different surgical needs and preferences.
• Crafted from durable, high-quality stainless steel, ensuring longevity and resistance to corrosion, which is crucial for maintaining the sterility and functionality of surgical instruments.

Uses:

• The Miltex Randall Kidney Stone Forceps are designed for the removal of kidney stones during urological surgeries. These precision-crafted instruments are used by surgeons to grasp and extract stones from the patient's urinary tract effectively and safely.

FAQs:

1. What are kidney stone forceps used for?
Kidney stone forceps are used to safely extract kidney stones during surgeries. They help in grasping and removing stones from the urinary tract.

2. Are these forceps reusable?
Yes, Miltex Randall Kidney Stone Forceps are reusable, provided they are properly sterilized and maintained according to medical guidelines.

3. What materials are these forceps made from?
These forceps are made from high-quality stainless steel, which provides durability and resistance to rust and corrosion.

4. What sizes are available for the Randall Kidney Stone Forceps?
The forceps are available in multiple sizes: 9¼", 8¼", 7¾", and 7½", each with unique curvature to cater to different operational needs.