Miltex Schubert Uterine Biopsy Forceps

The Miltex Schubert Uterine Biopsy Forceps are expertly designed for precise biopsy procedures, offering both angled shanks and an S-shape to facilitate easy handling and optimal access to the uterine cavity. These forceps are essential for OB/GYN specialists, enabling them to perform meticulous biopsies for accurate diagnosis and effective treatment planning.

Constructed from high-quality stainless steel, they promise endurance and durability, resisting wear even with repeated sterilizations. Their 11-inch length ensures deep tissue access, while the triangular bite design ensures efficient tissue grasping, minimizing discomfort during use. Ergonomic handling is emphasized with an angled shank to aid physical comfort and precision, making them a vital tool in the healthcare professional's arsenal.

• Crafted with angled shanks for added ergonomic comfort and precision.
• The S-shaped design ensures optimal reach and maneuverability within the uterine cavity.
• Features a triangular bite design for effective tissue sampling and minimal patient discomfort.
• Made from high-quality, durable stainless steel ensuring longevity and reliable performance in medical settings.

• Miltex Schubert Uterine Biopsy Forceps are designed for precise uterine tissue sampling. Ideal for OB/GYN procedures, these forceps facilitate accurate diagnosis by obtaining clear biopsy samples, crucial for assessing uterine health and diagnosing abnormalities.

1. What is the length of the Miltex Schubert Uterine Biopsy Forceps?
The Miltex Schubert Uterine Biopsy Forceps measure 11 inches in length.

2. What type of bite do these forceps have?
The forceps feature a triangular bite design, ideal for precise tissue sampling.

3. Are these forceps suitable for repeated use?
Yes, they are made from high-quality stainless steel, ensuring durability and suitability for repeated sterile use.

4. What procedures are these forceps typically used for?
These forceps are primarily used in uterine biopsy procedures during OB/GYN clinical assessments for diagnosing various uterine conditions.