Seasonal Pick Mars Ge Healthcare Spo2 Sensor Ts-sp3-ge Device [TnolBY8m]

Seasonal Pick Mars Ge Healthcare Spo2 Sensor Ts-sp3-ge Device [TnolBY8m]

Welcome to the Seasonal Pick Mars Ge Healthcare Spo2 Sensor Ts-sp3-ge Device [TnolBY8m], a cutting-edge device designed for accurate and reliable oxygen saturation monitoring. This pediatric-specific sensor is crafted with soft rubber, ensuring comfort and ease of use for young patients. With a 3.0-meter cable, the TS-SP3-GE provides flexibility and convenience for both healthcare professionals and patients. The GE-Trusignal technology guarantees clear and stable signals, making it a reliable choice for continuous monitoring. Key features include its reusable design, which promotes cost-effectiveness and reduces waste.

Product Specifications and Technical Details

Featuring a soft rubber construction, the Seasonal Pick Mars Ge Healthcare Spo2 Sensor Ts-sp3-ge Device [TnolBY8m] is designed to accommodate the delicate skin of pediatric patients. The 3.0-meter cable allows for easy positioning and reduces the risk of tangles. The GE-Trusignal technology ensures a robust signal transmission, minimizing interference and improving accuracy. This sensor is compatible with various types of pulse oximeters, providing versatility for different healthcare settings. The reusable design not only saves costs but also contributes to a more sustainable healthcare environment.

Practical Uses and Target Audience Scenarios

The Seasonal Pick Mars Ge Healthcare Spo2 Sensor Ts-sp3-ge Device [TnolBY8m] is an essential tool for hospitals, clinics, and home care settings. Its pediatric-specific design makes it ideal for neonatal care, pediatric ICU, and ambulatory settings. The sensor's ease of use and reliable performance ensure continuous and accurate monitoring of oxygen saturation levels. This product is particularly beneficial for patients with respiratory conditions, allowing healthcare professionals to closely monitor their oxygen levels and intervene promptly when necessary. The reusable nature of the sensor is especially valuable in settings where cost efficiency and sustainability are priorities.