Durable Datex Ohmeda Compatible Direct-connect Spo2 Sensor In Multiple Colors [VB4WG3a8]

Compatible Direct-Connect SpO2 Sensor

Introducing the Durable Datex Ohmeda Compatible Direct-connect Spo2 Sensor In Multiple Colors [VB4WG3a8], a cutting-edge solution designed for seamless integration with Datex Ohmeda medical devices. This advanced sensor is specifically crafted to provide accurate and reliable oxygen saturation monitoring for adult patients. With its direct-connect feature, the sensor simplifies the setup process, ensuring quick and efficient patient care.

Key Features and Specifications

Featuring an adult clip, the Durable Datex Ohmeda Compatible Direct-connect Spo2 Sensor In Multiple Colors [VB4WG3a8] is designed to fit comfortably on adult patients. Its robust construction ensures durability and long-lasting performance. Here are some of the key features and specifications:

• Accurate Monitoring: The sensor utilizes advanced technology to deliver precise oxygen saturation readings, helping healthcare professionals make informed decisions.
• Easy Setup: The direct-connect design eliminates the need for additional cables, simplifying the setup process and reducing the risk of errors.
• Comfortable Fit: The adult clip is designed for a secure and comfortable fit, ensuring patient comfort during extended monitoring.

Practical Uses and Benefits

Whether in a hospital setting or during home healthcare, the Durable Datex Ohmeda Compatible Direct-connect Spo2 Sensor In Multiple Colors [VB4WG3a8] is an invaluable tool. Its practical uses include:

• Emergency Care: The sensor's quick response time and accurate readings make it ideal for emergency situations where timely oxygen saturation monitoring is critical.
• Continuous Monitoring: The sensor's durability and comfort make it suitable for continuous monitoring, ensuring ongoing patient safety.

Experience the benefits of the Durable Datex Ohmeda Compatible Direct-connect Spo2 Sensor In Multiple Colors [VB4WG3a8] and elevate your patient care to new heights.