Miltex Kahn Uterine Tenaculum Forceps

The Miltex Kahn Uterine Tenaculum Forceps are indispensable tools in the field of gynecology. Designed with angled jaws and bent shanks, these forceps provide superior precision and control, making them ideal for delicate maneuvers. They help facilitate easier access to the uterus during procedures such as cervical biopsies or IUD insertions.

The forceps measure 9½ inches, offering the length necessary for effective use while maintaining comfort and ease of handling. Made from high-quality stainless steel, these forceps are durable and resistant to corrosion, ensuring a long service life. Their design not only enhances the performance during procedures but also minimizes strain on the user's hand, providing excellent control and ease during surgical tasks.

• The Miltex Kahn Uterine Tenaculum Forceps feature uniquely angled jaws for enhanced precision and firm grip on cervical tissue during gynecological procedures.
• Constructed from high-quality stainless steel, these forceps offer exceptional durability and resistance to corrosion, ensuring long-term use in medical environments.
• The bent shanks design allows for easier maneuverability, providing excellent control and reducing hand fatigue for medical professionals during surgery.

• Miltex Kahn Uterine Tenaculum Forceps are primarily used in gynecological procedures to hold or manipulate the cervix. Their angled jaws and bent shanks provide superior grip and control during delicate surgeries. They are essential in facilitating easier access to the uterus.

1. What are Miltex Kahn Uterine Tenaculum Forceps used for?
They are used to hold or manipulate the cervix during gynecological procedures, providing precision and control with their uniquely angled jaws.

2. Are these forceps made from durable materials?
Yes, they are constructed from high-quality stainless steel, ensuring longevity and resistance to corrosion in medical environments.

3. How long are the Miltex Kahn Uterine Tenaculum Forceps?
They are 9½ inches long, providing sufficient length for effective use in surgical procedures.