Solventum Corporation 2284 Neonatal 17mm x 22mm Pre-Wired

The Solventum Corporation 2284 Neonatal Limb Band Electrode is designed for use in various medical settings, including hospitals, clinics, and home care environments, providing a reliable and efficient solution for patient monitoring. Its standout benefit lies in its pre-wired, radiolucent design, allowing for seamless integration with medical imaging technologies while ensuring accurate and uninterrupted patient data collection.

This electrode is intended for use in neonatal care, offering a gentle and secure means of attaching to the patient's limb. Its purpose is to provide high-quality, low-noise signals for various medical monitoring applications, including electrocardiography (ECG) and other diagnostic procedures. The electrode's design and materials ensure optimal adhesion and patient comfort, minimizing the risk of skin irritation or other adverse reactions.

Key Features

• Pre-wired design for easy connection to monitoring equipment
• Radiolucent material allows for use with medical imaging technologies, such as X-ray and CT scans
• Soft and flexible limb band for comfortable, secure attachment to the patient's limb
• Low-noise signal output for accurate and reliable patient data collection
• Latex-free and hypoallergenic materials to minimize the risk of skin irritation
• Easy to apply and remove, reducing the risk of skin damage or other adverse reactions
• Compact design for convenient storage and transportation

Product Specifications

• Dimensions: 17mm x 22mm • Weight: Variable (dependent on packaging configuration) • Materials: Latex-free, hypoallergenic, and radiolucent materials • Compliance: Meets or exceeds relevant industry standards for medical electrodes • Compatibility: Compatible with a range of medical monitoring equipment and imaging technologies

Ideal For

• Hospitals (neonatal and pediatric wards) • Clinics (outpatient and specialty) • Home care environments • Laboratories and research facilities • Other medical settings where high-quality, reliable patient monitoring is required