The Hr Coveralls Probe Cover is a premium, telescoping probe cover designed for both general purpose and intraoperative applications. Utilizing robust materials such as Polyurethane (PU) and Polyethylene (PUPE), these covers provide a reliable and sterile barrier for various medical probes, minimizing the risk of cross-contamination during diagnostic and therapeutic procedures.

Available in an array of sizes including 5x48 inches, 5x96 inches, 6x48 inches, and 6x96 inches, these covers are versatile to fit different probes. Each cover features a 3D head for a snug fit and easy application, ensuring the probe's safety and cleanliness. Supplied in bulk packaging of 24 covers per box and 6 boxes per case, they ensure ample supply for busy medical settings. Their telescoping design offers ease of use, allowing healthcare professionals to maintain focus on patient care without compromise.

Key Features:

• Made from high-quality polyurethane and PUPE materials, these probe covers offer strength and flexibility, ensuring durability during medical procedures.
• Comes in a telescoping design that fits snugly over various probe sizes, providing reliable sterile coverage for enhanced safety.
• Uniquely designed 3D head ensures a secure fit over probes, allowing for easy application and removal.
• Available in various sizes and lengths to accommodate different probe types and sizes, enhancing versatility and application.

Uses:

• These telescoping probe covers are designed to provide a sterile barrier for various medical probes during intraoperative and diagnostic procedures, ensuring safety and minimizing the risk of cross-contamination. Ideal for ultrasound and other imaging probes.

FAQs:

1. What materials are used in these probe covers?
The probe covers are made from Polyurethane (PU) and Polyurethane, Polyethylene (PUPE) to ensure strength and flexibility.

2. Are these probe covers suitable for all probe types?
Yes, these covers are designed to fit a wide range of probe types due to their telescoping design and 3D head feature.