Description

The RD PRO FEN DRAPE is a specialized surgical drape designed to enhance sterility and efficiency in medical settings. Its construction features a double-layer design with a non-woven, absorbent hydrophilic polypropylene (PP) top layer and a polyethylene (PE) film lower layer. This combination ensures the drape is impermeable to moisture and bacteria, significantly reducing the risk of surgical site infections.

Key Features

• Self-Adhesive Fenestration: Equipped with a 3-part adhesive strip, the drape provides secure placement around the surgical site, allowing for easy application and reliable adhesion during procedures.
• Low Linting and Tear Resistance: The material is abrasion-resistant and low linting, maintaining a clean surgical environment while being flexible and durable.
• Breathable and Latex-Free: Despite its impermeability, the drape remains breathable and is made without natural rubber latex, making it suitable for a wide range of patients.

Packaging and Environmental Considerations

Each drape is individually wrapped in sterile packaging, with most variants exceeding DIN EN 13795 standards for surgical drapes. The eco-friendly brown dispenser packaging minimizes environmental impact and includes user-friendly folding for easy application. Each package also contains two self-adhesive documentation labels for convenient record-keeping.

Size Variants

The RD PRO FEN DRAPE is available in multiple sizes and configurations to suit various surgical needs:

• 45 x 75 cm
• 75 x 90 cm
• 120 x 150 cm with 7 x 10 cm fenestration
• 45 x 60 cm with 6 x 7.5 cm oval hole
• 170 x 260 cm with 4 x 6 cm fenestrated incision foil
• 50 x 60 cm
• 78 x 108 cm with 14.5 x 14.5 cm oval aperture (non-sterile variant, single use, adhesive corner tabs, pack of 100 units)

Application

This drape is ideally suited for outpatient and operating room environments, particularly in procedures with low to moderate fluid levels. Its design facilitates the effective isolation of the surgical site, contributing to a safer and more controlled operative field.