Description

The BLANKET WARMING CAREDRAPE, also known as the Medtronic Caredrape Warming Blanket, is an essential tool in medical and surgical environments. Designed to maintain patient normothermia, it plays a crucial role in reducing post-surgical complications and enhancing recovery times.

Key Features

• Convective Air Warming: Ensures even airflow for optimal patient comfort during various surgical procedures.
• Advanced Quilted Construction: Prevents billowing and promotes uniform airflow, conforming to the patient's body for effective warming.
• Durable and Flexible: Soft yet strong, it offers custom draping while being resistant to tears, punctures, and fluids.
• Latex-Free: Minimizes the risk of allergic reactions, making it safe for a wide range of patients.

Design Benefits

• Transparent Material: Does not interfere with X-rays, allowing for continuous monitoring.
• Dual Inlets: Provides flexible positioning of the warming unit, with a quick-connect feature to minimize tearing risks.
• Plastic Head Drape: Included in certain models, enhancing functionality.
• Safe Outer Fabric: Eliminates hot plastic surfaces, ensuring patient safety.

Specialized Features

• Precision Die-Cut Holes: Creates a smoother, more comfortable surface.
• Perforated Slits: Available in the cardiac blanket for groin access, with a longer connector/inlet shield for sterile environments.

Compatibility

Designed for use with the WarmTouch™ convective warming system, it is compatible with WarmTouch 5200/5300 Warming Units, ensuring seamless integration into existing medical equipment.

Material and Size

Constructed from non-woven polyethylene, the blanket is white in color and available in various sizes to suit adult, pediatric, and cardiac procedures. Common sizes include configurations for upper body, lower body, and specific cardiac needs.

Packaging

Each case contains 12 blankets, providing ample supply for busy medical settings. The BLANKET WARMING CAREDRAPE is a reliable, high-quality solution for maintaining patient warmth and safety in critical care environments.