BD Venflon Pro Safety™ 20G × 32 mm

BD Venflon Pro Safety™ 20G – 1.0 × 32 mm – 54 ml/min

Versatile safety IV catheter for standard infusions and drug administration

The BD Venflon Pro Safety™ 20G is a peripheral safety IV catheter designed to provide consistent flow, versatility, and maximum protection across a wide range of clinical procedures. Produced by BD – Becton Dickinson, a global leader in medical technologies, it is ideal for general medicine, oncology, geriatrics, and emergency departments, where reliable, safe, and easy venous access is essential.

The radiopaque polyurethane cannula, 1.0 mm in diameter and 32 mm long, provides a nominal flow of 54 ml/min, suitable for standard infusions, antibiotic administration, parenteral nutrition, or continuous IV therapies. The biocompatible, kink-resistant material ensures stability and radiographic visibility, minimizing occlusions or kinking and allowing safe use in all hospital settings.

Soft, anatomical wings enable a secure grip and optimal positioning, ensuring maximum patient comfort. The integrated injection valve allows for drug or fluid administration without removing the cap, reducing manipulation and preventing contamination.

TECHNICAL FEATURES OF THE BD VENFLON PRO SAFETY ™ 20G

• Size: 20g - 1.0 × 32 mm
• Color: Red
• Rated flow: 54 ml / min
• Integrated valve with snap closure
• Soft and anatomical wings For a stable and comfortable grip
• Automatic and irreversible safety mechanism
• Lactex-free and PVC, to reduce the risk of allergies
• Packaging: 50-piece box

Advanced security

The BD Venflon PRO Safety™ includes an automatic needle protection mechanism that activates immediately after insertion, eliminating the risk of accidental needle sticks and protecting healthcare personnel from blood or fluid exposure. This patented system ensures easy, safe, and rapid use while maintaining optimal flow performance and constant safety in frequent or delicate procedures.

"Images shown on adomedical.it are for illustrative purposes only and may not fully reflect the characteristics of the actual products."