Masimo Direct Connect Sensors For Masimo Rainbow Set Devices

Masimo Direct Connect Sensors are specifically designed to work with Masimo Rainbow SET® devices, providing exceptional oxygen saturation (SpO2), carboxyhemoglobin (SpCO), and methemoglobin (SpMet) monitoring. Available in various configurations such as the Red DCI-dc3 for adult use and Red DCIP-dc3 for pediatric use, these sensors meet diverse clinical needs.

The sensors come with a flexible cable length of either three feet or eight feet, allowing for ease of maneuverability and patient comfort. Constructed for durability, these non-sterile, reusable sensors are ideal for frequent use in high-volume hospital environments or long-term patient care in home settings. Masimo Direct Connect Sensors ensure precise and dependable readings, aiding healthcare professionals in delivering superior patient care.

• The Masimo Direct Connect Sensors feature a three-foot or eight-foot long non-sterile cable for ease of use in various clinical settings. Their reusable design makes them practical and cost-effective options for healthcare providers.
• The sensors provide accurate and reliable readings of SpO2, SpCO, and SpMet, making them ideal for continuous patient monitoring. They are available in both adult and pediatric sizes ensuring suitability across different age groups.

• Masimo Direct Connect Sensors are designed for use with Masimo Rainbow SET® devices to provide continuous and accurate SpO2, SpCO, and SpMet monitoring. Suitable for hospitals, clinics and homecare settings, these sensors are reliable for both adult and pediatric patients.

1. Are the Masimo Direct Connect Sensors reusable?
Yes, the Masimo Direct Connect Sensors are reusable, providing a cost-effective solution for patient monitoring.

2. What is the length of the sensor cable?
The sensors come with a cable that is either 3 feet or 8 feet long, depending on the model chosen.

3. Can these sensors be used for pediatric patients?
Yes, there are specific models like the Red DCIP-dc3 designed for pediatric use, ensuring accurate readings for younger patients.