Bard StatLockPICC Plus Catheter Securement Device Foam Anchor Pad, Sliding Posts, Sterile, Latex-

What is VEVPPCSP-Box Bard StatLockPICC Plus Catheter Securement Device Foam Anchor Pad, Sliding Posts, Sterile, Latex-?

The VEVPPCSP-Box Bard StatLockPICC Plus Catheter Securement Device is a sterile, latex-free medical tool designed to stabilize peripherally inserted central catheters (PICC) in adult patients. Featuring a foam anchor pad and sliding posts, it provides reliable, low-profile catheter fixation to minimize movement, dislodgement, and site irritation during extended intravenous therapy. This securement device supports clinical best practices by reducing the need for frequent tape or suture-based adjustments.

Key features

• Latex-Free Design — Safe for patients with latex sensitivities.
• Sterile Packaging — Ensures aseptic application in clinical or home settings.
• Foam Anchor Pad — Conforms comfortably to skin for secure adhesion.
• Sliding Posts — Allow precise catheter positioning and tension control.
• Secure Locking Mechanism — Holds catheter firmly without compression damage.
• Adult Size — Designed for adult anatomical proportions and use.
• Crescent Shape — Optimizes fit and access around the insertion site.

Who is VEVPPCSP-Box Bard StatLockPICC Plus Catheter Securement Device Foam Anchor Pad, Sliding Posts, Sterile, Latex- for?

This device is ideal for healthcare providers and patients managing long-term IV therapy, including those receiving antibiotics, chemotherapy, or parenteral nutrition. It’s especially beneficial in home care, hospitals, and outpatient infusion centers where minimizing catheter-related complications is critical. The latex-free, sterile design makes it suitable for sensitive patients and infection-prone environments.

How does VEVPPCSP-Box Bard StatLockPICC Plus Catheter Securement Device Foam Anchor Pad, Sliding Posts, Sterile, Latex- compare?

Compared to traditional tape or sutures, this securement device offers superior stability and reduces the risk of catheter movement and site trauma. It outperforms standard polypropylene or non-foam anchor systems by enhancing patient comfort and adhesion. Unlike suture-based methods, it eliminates needlestick risks and is easier to apply. Its sliding post mechanism provides more adjustability than fixed-anchor alternatives, supporting better line management and care compliance.