LED-based infant phototherapy system with high-intensity blue light (450-465 nm).
nice 4005 SPOT provides under surface phototherapy using 24 high-power blue LEDs (450-465nm) delivering >45µW/cm²/nm irradiance with effective area. Three white observation LEDs enable continuous monitoring while no infrared rays minimize infant water loss. Designed for bassinets, incubators, and radiant warmers, it maximizes skin exposure for faster bilirubin reduction.
The nice 4005 SPOT features high/low intensity settings, automatic timer cut-off, and tri-color LED indicators for maintenance alerts. Optional infant observation trolley enhances caregiver access during intensive therapy sessions. With >20,000-hour LED lifespan and light density ratio >0.4, it ensures consistent performance and protocol compliance in demanding NICU environments.
LED-based infant phototherapy system with high-intensity blue light (450-465 nm).
nice 4005 SPOT provides under surface phototherapy using 24 high-power blue LEDs (450-465nm) delivering >45µW/cm²/nm irradiance with effective area. Three white observation LEDs enable continuous monitoring while no infrared rays minimize infant water loss. Designed for bassinets, incubators, and radiant warmers, it maximizes skin exposure for faster bilirubin reduction.
The nice 4005 SPOT features high/low intensity settings, automatic timer cut-off, and tri-color LED indicators for maintenance alerts. Optional infant observation trolley enhances caregiver access during intensive therapy sessions. With >20,000-hour LED lifespan and light density ratio >0.4, it ensures consistent performance and protocol compliance in demanding NICU environments.
LED-based infant phototherapy system with high-intensity blue light (450-465 nm).
nice 4005 SPOT provides under surface phototherapy using 24 high-power blue LEDs (450-465nm) delivering >45µW/cm²/nm irradiance with effective area. Three white observation LEDs enable continuous monitoring while no infrared rays minimize infant water loss. Designed for bassinets, incubators, and radiant warmers, it maximizes skin exposure for faster bilirubin reduction.
The nice 4005 SPOT features high/low intensity settings, automatic timer cut-off, and tri-color LED indicators for maintenance alerts. Optional infant observation trolley enhances caregiver access during intensive therapy sessions. With >20,000-hour LED lifespan and light density ratio >0.4, it ensures consistent performance and protocol compliance in demanding NICU environments.
LED-based infant phototherapy system with high-intensity blue light (450-465 nm).
nice 4005 SPOT provides under surface phototherapy using 24 high-power blue LEDs (450-465nm) delivering >45µW/cm²/nm irradiance with effective area. Three white observation LEDs enable continuous monitoring while no infrared rays minimize infant water loss. Designed for bassinets, incubators, and radiant warmers, it maximizes skin exposure for faster bilirubin reduction.
The nice 4005 SPOT features high/low intensity settings, automatic timer cut-off, and tri-color LED indicators for maintenance alerts. Optional infant observation trolley enhances caregiver access during intensive therapy sessions. With >20,000-hour LED lifespan and light density ratio >0.4, it ensures consistent performance and protocol compliance in demanding NICU environments.
LED-based infant phototherapy system with high-intensity blue light (450-465 nm).
nice 4005 SPOT provides under surface phototherapy using 24 high-power blue LEDs (450-465nm) delivering >45µW/cm²/nm irradiance with effective area. Three white observation LEDs enable continuous monitoring while no infrared rays minimize infant water loss. Designed for bassinets, incubators, and radiant warmers, it maximizes skin exposure for faster bilirubin reduction.
The nice 4005 SPOT features high/low intensity settings, automatic timer cut-off, and tri-color LED indicators for maintenance alerts. Optional infant observation trolley enhances caregiver access during intensive therapy sessions. With >20,000-hour LED lifespan and light density ratio >0.4, it ensures consistent performance and protocol compliance in demanding NICU environments.
LED-based infant phototherapy system with high-intensity blue light (450-465 nm).
nice 4005 SPOT provides under surface phototherapy using 24 high-power blue LEDs (450-465nm) delivering >45µW/cm²/nm irradiance with effective area. Three white observation LEDs enable continuous monitoring while no infrared rays minimize infant water loss. Designed for bassinets, incubators, and radiant warmers, it maximizes skin exposure for faster bilirubin reduction.
The nice 4005 SPOT features high/low intensity settings, automatic timer cut-off, and tri-color LED indicators for maintenance alerts. Optional infant observation trolley enhances caregiver access during intensive therapy sessions. With >20,000-hour LED lifespan and light density ratio >0.4, it ensures consistent performance and protocol compliance in demanding NICU environments.
LED-based infant phototherapy system with high-intensity blue light (450-465 nm).
nice 4005 SPOT provides under surface phototherapy using 24 high-power blue LEDs (450-465nm) delivering >45µW/cm²/nm irradiance with effective area. Three white observation LEDs enable continuous monitoring while no infrared rays minimize infant water loss. Designed for bassinets, incubators, and radiant warmers, it maximizes skin exposure for faster bilirubin reduction.
The nice 4005 SPOT features high/low intensity settings, automatic timer cut-off, and tri-color LED indicators for maintenance alerts. Optional infant observation trolley enhances caregiver access during intensive therapy sessions. With >20,000-hour LED lifespan and light density ratio >0.4, it ensures consistent performance and protocol compliance in demanding NICU environments.
76-00-030/031/032
76-00-059/060/061
76-00-030/031/032
76-00-059/060/061
Capital equipment should be maintained through regular preventive maintenance and performance checks to ensure long-term reliability and patient safety. Daily visual inspection, proper cleaning of external surfaces, and functional checks before use are recommended as part of routine clinical practice.
Periodic servicing by trained biomedical personnel, calibration as per manufacturer guidelines, and timely replacement of wear components help maintain optimal performance. Equipment should be operated in a clean, dry environment and protected from dust, fluid ingress, and power fluctuations to extend service life.