Powered by a high-performance turbine with integrated electronic oxygen blending and humidification support, the system delivers precise respiratory therapy without the need for compressed air infrastructure. Intelligent synchronization, leak compensation, and apnea backup ensure reliable, uninterrupted respiratory care in both hospital and transport settings.
Designed for dependable clinical performance, nice 9020 combines flexible ventilation capabilities with intuitive monitoring and alarm systems. Its robust construction, user-friendly interface, and reliable operation make it suitable for continuous adult respiratory care in routine and critical care environments.
Designed with a compact and user-friendly interface, nice 9010 simplifies operation and monitoring in busy clinical environments. Its dependable performance, intuitive controls, and adaptable ventilation capabilities make it a practical choice for routine and critical respiratory care across neonatal and pediatric applications.
Designed for dependable daily use, nice 9000 combines multiple ventilation modes with intuitive monitoring and alarm systems to support confident clinical decision-making. Its compact structure, smooth workflow design, and integrated safety features make it a practical and reliable solution for neonatal respiratory management.
The system integrates a microcontroller-based TFT touch control panel, servo-controlled warming modes, i-Sense safety technology, Masimo rainbow pulse co-oximetry, and advanced alarm systems for safe and precise monitoring. With features such as motorized height and tilt adjustment, X-ray transparent bed, auxiliary oxygen and suction systems, and ergonomic access, nice 5000 RP enhances clinical efficiency while ensuring optimal infant safety and comfort.
Engineered with precision and durability nice 3010 combines intelligent monitoring with ergonomic design to simplify clinical workflows. Its high-visibility canopy, quiet operation, and efficient airflow system enable continuous observation and minimal infant disturbance, making it an ideal choice for modern neonatal intensive care units.
