Concord Headband for Multisite Sensor and Forehead Monitoring
Introducing the Concord Headband for Multisite Sensor – a secure and comfortable solution for precise sensor placement. With an adjustable fit, durable construction, and sleek design, this headband ensures optimal performance for multisite sensors in various applications. Upgrade your sensor experience with Concord – where comfort meets precision.
Adult/Pediatric >33 Lbs. (>15Kg)
Works with
15005,
MAS-2258,
MAS-2505,
MAS-4653,
MAS-4054
- Stable Placement: This headband firmly secures your multisite sensor, significantly reducing the signal artifacts and false alarms caused by patient movement.
- Enhanced Comfort: Crafted from soft, durable materials, it is designed to be worn for extended periods without causing irritation to the skin.
- Broad Compatibility: Engineered to work seamlessly with most Y-style multisite sensors, making it a versatile addition to your monitoring toolkit.
The Concord Headband for Multisite Sensor provides the stability you require for consistent data collection. Available at Concord Health Supply, Inc., this accessory transforms how you utilize multisite sensors by offering a reliable method to attach them to the forehead or other alternative sites. As a best online medical supply store, we focus on delivering healthcare products that enhance clinical efficiency. You will find this sensor headband incredibly easy to use, allowing for quick application and adjustment without the need for adhesive tapes that can damage fragile skin. Users consistently report that it works great for maintaining a strong signal during long-term monitoring, making it one of the most practical pulse oximeter accessories you can own. Shop today.
- Universal Fit: Features an adjustable design that accommodates a wide range of head sizes, ensuring a snug fit for every patient.
- Patient Range: Suitable for use on both adults and pediatric patients weighing more than 33 lbs (15 kg).
- Durable Design: Built to withstand the rigors of daily use while maintaining its elasticity and grip over time.
