Essential Surgical Neuro Sponge Neutec X-ray Detectable Rayon Collection [Aw3fLiCF]

Surgical Neuro Sponge with X-Ray Detectability

Introducing the Essential Surgical Neuro Sponge Neutec X-ray Detectable Rayon Collection [Aw3fLiCF], a premium medical device designed for the delicate care of neurological tissues. This sponge is a game-changer in surgical procedures, offering a combination of safety, comfort, and efficiency. The sponge is crafted with a high porosity that allows for safe suction through the sponge, while its atraumatic placement ensures gentle care for delicate tissues.

• High Porosity: Facilitates safe suction without compromising the integrity of the tissue.
• Atraumatic Placement: Allows for gentle handling of delicate neurological tissues.

Key Product Features

The Essential Surgical Neuro Sponge Neutec X-ray Detectable Rayon Collection [Aw3fLiCF] is precision cut to provide smooth edges and reduce linting, ensuring a clean and effective surgical environment. The x-ray detectable element and the securely attached locating string are placed on the same side, which makes one side completely smooth. This feature is particularly beneficial for accurate placement and easy identification during X-ray procedures.

• Smooth Edges: Precision cut to reduce linting and enhance surgical precision.
• X-Ray Detectable: Ensures accurate identification during imaging procedures.

Practical Uses and Benefits

Neurological sponges, also known as neuros, are designed for rapid wicking, softness, and pliability, making them ideal for the body's most delicate tissues. The securely attached locating string on a count verification card provides a reliable tracking system, ensuring accurate inventory management. This sponge is not just a tool; it's a comprehensive solution for surgical professionals looking to provide the highest standard of care.

• Rapid Wicking: Ensures quick absorption of fluids, maintaining tissue integrity.
• Softness and Pliability: Conforms to tissue contours for comfortable and effective use.