The B Braun Ezcover® Probe Cover Set provides a comprehensive solution for maintaining hygiene in clinical settings. These covers are available with gel and adhesive options, offering a reliable barrier to prevent cross-contamination during ultrasound procedures. With dimensions ranging from 15" x 30" to 15" x 244", these covers are adaptable to a variety of medical procedures and probe lengths.

Ideal for ensuring sanitized equipment, the B Braun Ezcover® comes in convenient packs of 50, catering to high-volume medical facilities. By using these protective covers, healthcare professionals can enhance safety and efficacy, ultimately improving patient comfort and satisfaction. Featured with either adhesive or STOP with Gel technology, these covers offer superior adherence and image quality, accommodating different procedural needs.

Key Features:

• Multiple sizes (30”, 61”, 122”, and 244”) provide flexibility to accommodate different ultrasound probe lengths.
• Secure adhesive and Stop with Gel options ensure that the covers stay in place during scanning, enhancing the comfort and safety of both patient and technician.

Uses:

• The B Braun Ezcover® Probe Cover Set is designed to provide a sterile barrier for ultrasound probes, ensuring safety and hygiene during medical examinations. These covers are used to prevent cross-contamination between patients.
• The adhesive and gel options make it versatile for various ultrasound procedures. It guarantees better ultrasound transmission while safeguarding both patients and medical personnel in clinical and diagnostic settings.

FAQs:

1. What sizes are available for the B Braun Ezcover® Probe Cover Set?
The probe covers come in various lengths including 30", 61", 122", and 244" to fit distinct ultrasound probes.

2. Are these probe covers reusable?
No, B Braun Ezcover® Probe Covers are designed for single use to ensure maximum hygiene and prevention of cross-contamination.

3. What is the purpose of the gel in these cover sets?
The gel is used to improve the quality of the ultrasound images by enhancing the transmission of sound waves between the probe and the patient’s skin.