Cardinal Health Vistec X-Ray Detectable Sponges

Yes, the Cardinal Health Vistec X-Ray Detectable Sponges are confirmed to be latex-free.

This is an important design feature that helps ensure patient safety by minimizing the risk of allergic reactions for individuals with latex sensitivities.

The Cardinal Health Vistec Sponges incorporate a unique dual-colored radiopaque element designed to maximize operative visibility and safety.

Key features of this specialized element include:

• Dual-Color Visibility: It features a blue radiopaque strand combined with a white strand. The white strand becomes distinctly visible when the sponge is saturated with blood, greatly enhancing intraoperative detection.
• Aids Counting Accuracy: The element is integrated to run through both sides of the sponge, which significantly assists clinical staff in adhering to accurate sponge counting protocols.
• Latex-Free Construction: The radiopaque element is constructed without latex, helping to minimize potential allergy risks during surgical use.

Yes, these Cardinal Health Vistec Sponges are offered in an extensive range of sizes and ply counts to accommodate various surgical needs and absorbency requirements.

Ply Counts (Absorbency Levels):

• 12-Ply
• 16-Ply
• 24-Ply
• 32-Ply

Available Sizes and Shapes:
The offerings include standard rectangular dressings and specialized round sizes:

• Rectangular/Square: 4” x 8”, 3½” x 4”, 3/5” x 4”, 4” x 4”, and 8” x 4”.
• Round: Large (1½” diameter) and X-Large (1 5/8” diameter).

Yes, the Cardinal Health Vistec X-Ray Detectable Sponges are available in sterile configurations suitable for surgical and critical procedures. These variants are typically packaged as sponges banded in 10s and presented within trays.

The Cardinal Health Vistec Sponges are constructed from USP Type VII gauze and are available in several ply counts to meet various absorbency and cushioning needs:<ul><li>12-Ply</li><li>16-Ply</li><li>24-Ply</li><li>32-Ply</li></ul>These high ply counts ensure reliable performance and are suitable for procedures requiring substantial material thickness.

The Cardinal Health Vistec sponges utilize specific features and rigorous manufacturing controls to guarantee counting accuracy during procedures:

• Precision Banding: The sponges are supplied paper banded in quantities of 10, simplifying inventory management and procedural counting protocols.
• Electronic Verification: The count of 10 sponges per unit is repeatedly verified during the banding process using advanced electronic counting eyes, ensuring exceptional consistency and batch accuracy.
• Enhanced Radiopaque Detection: The unique dual-colored radiopaque element runs through both sides of the sponge, which significantly aids staff in performing accurate intraoperative counts.
• Saturation Indicator: The radiopaque element includes a white strand that becomes distinctly visible when saturated with blood, offering immediate visual confirmation that assists in procedural accounting and confirmation.

Yes, these Cardinal Health Vistec Sponges feature superior low-lint construction.

This benefit is achieved through a precise manufacturing process that incorporates a double vacuum delinting technique. This specialized method ensures minimal lint particle release, which is essential for maintaining cleanliness and integrity in critical medical and surgical environments.

Yes, Cardinal Health Vistec X-Ray Detectable Sponges are made from USP Type VII gauze. This is a high-quality, medical-grade material chosen for its optimal absorbency and excellent performance in surgical environments.

Yes, Cardinal Health Vistec X-Ray Detectable Sponges are meticulously manufactured using USP Type VII gauze. This material is a standard for quality in medical sponges, ensuring reliability and performance in various procedures.

Yes, these Cardinal Health Vistec sponges are specifically constructed to ensure low lint assurance, which is critical for sensitive medical and surgical settings. This minimal shedding is achieved through a controlled process: * They undergo a precise, double vacuum delinting process to minimize lint residue.