Solventum Corporation 2282 Neonatal 22mm x 22mm Pre-Wired

The Solventum Corporation 2282 Neonatal, Pre-Wired Radiolucent Electrode is designed for use in various medical settings, including hospitals, clinics, and home care environments. This electrode stands out for its soft cloth design and radiolucent properties, making it ideal for neonatal patients requiring continuous monitoring. Its pre-wired feature simplifies the setup process, allowing healthcare professionals to focus on patient care.

This product is intended for diagnostic purposes, providing a means to capture high-quality signals for electrocardiogram (ECG) readings and other monitoring needs. The electrode's design ensures minimal interference and optimal signal transmission, which is crucial for accurate patient assessments. Whether used in a busy hospital setting or in home care, this electrode is designed to deliver reliable performance.

Key Features

• Pre-wired for easy setup and reduced preparation time
• Radiolucent design allows for uninterrupted X-ray and imaging procedures
• Soft cloth material enhances patient comfort, especially for neonatal and sensitive skin
• 22mm x 22mm size is suitable for a variety of applications and patient types
• Supplied in bags of 3 for convenient use and storage
• Compatibility with standard ECG monitoring equipment ensures seamless integration into existing workflows
• Durable construction withstands repeated use and cleaning, reducing the need for frequent replacements

Product Specifications

• Dimensions: 22mm x 22mm • Weight: Lightweight for minimal patient discomfort • Materials: Soft cloth and radiolucent materials for comfort and compatibility with imaging procedures • Compliance: Designed to meet or exceed relevant medical device standards for safety and performance

Ideal For

• Hospitals, particularly neonatal and pediatric wards • Clinics and outpatient facilities requiring high-quality ECG monitoring • Home care settings where patient comfort and accurate monitoring are paramount • Laboratories and research institutions needing reliable, low-interference signal capture • Any environment where the comfort and safety of patients, especially neonates, are of utmost importance