Miltex Gelpi Retractors are essential surgical instruments designed for orthopedic and soft tissue procedures, providing optimal exposure of the surgical field. These retractors are available in sizes of 5½", 6¾", and a variant of 6¾" with ball stops, allowing for versatility in various surgical environments.

Made from high-quality stainless steel, these retractors feature a reliable Grip Lock mechanism, ensuring steadfast positioning during precise surgery. The 6¾" version with ball stops offers added control by preventing overextension, enhancing safety for the patient and ease of use for the surgeon. A necessary tool for any surgical toolkit, Miltex Gelpi Retractors enhance surgical precision, improve procedural efficiency, and optimize patient outcomes.

Key Features:

• Crafted from high-quality stainless steel, Miltex Gelpi Retractors ensure durability and resistance to corrosion, providing reliable performance in surgical environments.
• The retractors come with a Grip Lock mechanism, ensuring a secure hold during delicate procedures, thus reducing the risk of the instrument slipping during use.
• The 6¾" Gelpi Retractor variant includes ball stops, providing an additional safeguard to prevent overextension of the retractor arms during use.

Uses:

• Miltex Gelpi Retractors are primarily used in medical surgical procedures to hold back tissue or other bodily structures for optimum visibility and access. They are commonly used in orthopedic and soft tissue surgeries, especially in pediatric patients.

FAQs:

1. What materials are Miltex Gelpi Retractors made of?
Miltex Gelpi Retractors are made of high-quality stainless steel, offering excellent durability and resistance to corrosion.

2. Do Miltex Gelpi Retractors come in different sizes?
Yes, these retractors are available in 5½" and 6¾" sizes, catering to different surgical needs.

3. What are ball stops in Gelpi Retractors used for?
Ball stops are safety features that prevent the overextension of the retractor arms, ensuring controlled and safe retraction during surgeries.