Description

The Carter Sphere Introducer is an advanced ophthalmic surgical instrument crafted by Bausch + Lomb, designed to enhance precision and safety in orbital implant procedures. This specialized tool is essential for surgeons performing enucleation or evisceration, facilitating the accurate placement of spherical implants within the eye socket.

Key Features

• Innovative Design: Equipped with four atraumatic concave blades arranged in a cross-like configuration, the Carter Sphere Introducer ensures efficient and secure grasping of the implant, minimizing trauma to surrounding tissues.
• Controlled Operation: The spring-loaded plunger handle, featuring two lateral wings and a central plunger, allows for precise control over blade opening, enhancing surgical accuracy.
• Smooth Surfaces: The instrument's smooth working surfaces are designed to preserve the integrity of the eye sphere during insertion.

Material and Finish

• High-Quality Construction: Made from premium grade stainless steel, available in either a satin or polished finish, ensuring durability and longevity.
• Reusable Design: Intended for multiple uses, provided it is properly cleaned, disinfected, and sterilized before each procedure.

Dimensions

• Length: 12.5 cm (5 inches) or 125 mm (4.9 inches), offering a suitable size for delicate surgical maneuvers.

Maintenance and Handling

• Pre-Use Preparation: Supplied non-sterile, requiring thorough cleaning and sterilization in accordance with validated procedures.
• Corrosion Prevention: Avoid exposure to chlorine or chlorides and store in a clean, controlled environment to prevent corrosion.
• Regular Inspection: Inspect regularly for wear and damage, with maintenance guided by the product handling manual.

Certifications

• CE Marked: Complies with relevant quality and safety standards, providing assurance of its performance in clinical settings.

The Carter Sphere Introducer stands as a vital component in the toolkit of ophthalmic surgeons, offering reliability and precision in the delicate task of orbital implant placement.