Description

The CUFF SOFT neonatal blood pressure cuff is meticulously designed for non-invasive monitoring in infant patients. Tailored for single-patient use, it significantly enhances infection control during hospital stays. This specific model, Size #5, fits limb circumferences ranging from 10.0 to 15.0 cm, making it ideal for neonatal care.

Key Features

• Material and Comfort: Crafted from soft, absorbent material, the cuff ensures comfort during prolonged use. Its design includes rounded corners to minimize skin irritation, providing a gentle experience for delicate neonatal skin.

• Safety and Compatibility: The cuff is equipped with a single hose and a safety connector (DINACLICK), adhering to ISO 80369-5 standards. It is specifically compatible with Philips Healthcare equipment, ensuring precise performance. Notably, it is not intended for use with non-Philips devices.

• Latex-Free Design: The material is free from natural rubber latex and DEHP, reducing the risk of allergic reactions and making it safe for sensitive patients.

Physical Specifications

• Dimensions:
• Cuff Length: 25.6 cm (10.1 inches)
• Bladder Width: 5.5 cm (2.2 inches)

• Bladder Length: 15.4 cm (6.1 inches)

• Color and Identification: The burgundy color aids in easy size identification, aligning with clinical needs for quick and accurate application.

Packaging and Maintenance

• Packaging: Each box contains 40 cuffs, with a total package weight of 1.095 kg.

• Maintenance: While the cuff is non-sterile and not intended for sterilization, basic cleaning can be performed using mild detergent and water. Care should be taken to prevent moisture from entering the bladder or tubing, and thorough drying is recommended before reuse.

Certifications

• Compliance: The cuff is CE certified and complies with AAMI and AHA NIBP cuff sizing standards, ensuring reliable and validated performance.

The CUFF SOFT neonatal cuff is a clinically validated tool, economically designed for limited reuse, supporting healthcare professionals in delivering accurate and safe blood pressure monitoring in neonatal care settings.