T-piece resuscitators are typically gas powered and capable of delivering a preset, consistent and controlled PIP and PEEP
nice 5020 Infant T-Piece Resuscitator provides thumb-operated manual ventilation using PIP and PEEP at 0-15 LPM flow range. Features built-in air-oxygen blender (21-100% FiO2), accurate manometer, and variable pressure relief valve for precise neonatal resuscitation.
Non-interchangeable air/oxygen inlet ports prevent cross-connection errors. Compact, lightweight design with T-piece circuit supports mask sizes 00, 0, 1 for consistent FRC maintenance during bedside or transport use by trained NICU personnel.
Controlled PIP and PEEP delivery for neonatal resuscitation.
Thumb-operated T-Piece resuscitation for ease of use.
Oxygen delivery ranges from 21% to 100%.
Handy size optimized for bedside/transport.
Non-interchangeable air/oxygen connections.
T-piece resuscitators are typically gas powered and capable of delivering a preset, consistent and controlled PIP and PEEP
nice 5020 Infant T-Piece Resuscitator provides thumb-operated manual ventilation using PIP and PEEP at 0-15 LPM flow range. Features built-in air-oxygen blender (21-100% FiO2), accurate manometer, and variable pressure relief valve for precise neonatal resuscitation.
Non-interchangeable air/oxygen inlet ports prevent cross-connection errors. Compact, lightweight design with T-piece circuit supports mask sizes 00, 0, 1 for consistent FRC maintenance during bedside or transport use by trained NICU personnel.
Controlled PIP and PEEP delivery for neonatal resuscitation.
Thumb-operated T-Piece resuscitation for ease of use.
Oxygen delivery ranges from 21% to 100%.
Handy size optimized for bedside/transport.
Non-interchangeable air/oxygen connections.
T-piece resuscitators are typically gas powered and capable of delivering a preset, consistent and controlled PIP and PEEP
nice 5020 Infant T-Piece Resuscitator provides thumb-operated manual ventilation using PIP and PEEP at 0-15 LPM flow range. Features built-in air-oxygen blender (21-100% FiO2), accurate manometer, and variable pressure relief valve for precise neonatal resuscitation.
Non-interchangeable air/oxygen inlet ports prevent cross-connection errors. Compact, lightweight design with T-piece circuit supports mask sizes 00, 0, 1 for consistent FRC maintenance during bedside or transport use by trained NICU personnel.
Controlled PIP and PEEP delivery for neonatal resuscitation.
Thumb-operated T-Piece resuscitation for ease of use.
Oxygen delivery ranges from 21% to 100%.
Handy size optimized for bedside/transport.
Non-interchangeable air/oxygen connections.
T-piece resuscitators are typically gas powered and capable of delivering a preset, consistent and controlled PIP and PEEP
nice 5020 Infant T-Piece Resuscitator provides thumb-operated manual ventilation using PIP and PEEP at 0-15 LPM flow range. Features built-in air-oxygen blender (21-100% FiO2), accurate manometer, and variable pressure relief valve for precise neonatal resuscitation.
Non-interchangeable air/oxygen inlet ports prevent cross-connection errors. Compact, lightweight design with T-piece circuit supports mask sizes 00, 0, 1 for consistent FRC maintenance during bedside or transport use by trained NICU personnel.
Controlled PIP and PEEP delivery for neonatal resuscitation.
Thumb-operated T-Piece resuscitation for ease of use.
Oxygen delivery ranges from 21% to 100%.
Handy size optimized for bedside/transport.
Non-interchangeable air/oxygen connections.
T-piece resuscitators are typically gas powered and capable of delivering a preset, consistent and controlled PIP and PEEP
nice 5020 Infant T-Piece Resuscitator provides thumb-operated manual ventilation using PIP and PEEP at 0-15 LPM flow range. Features built-in air-oxygen blender (21-100% FiO2), accurate manometer, and variable pressure relief valve for precise neonatal resuscitation.
Non-interchangeable air/oxygen inlet ports prevent cross-connection errors. Compact, lightweight design with T-piece circuit supports mask sizes 00, 0, 1 for consistent FRC maintenance during bedside or transport use by trained NICU personnel.
Controlled PIP and PEEP delivery for neonatal resuscitation.
Thumb-operated T-Piece resuscitation for ease of use.
Oxygen delivery ranges from 21% to 100%.
Handy size optimized for bedside/transport.
Non-interchangeable air/oxygen connections.
T-piece resuscitators are typically gas powered and capable of delivering a preset, consistent and controlled PIP and PEEP
nice 5020 Infant T-Piece Resuscitator provides thumb-operated manual ventilation using PIP and PEEP at 0-15 LPM flow range. Features built-in air-oxygen blender (21-100% FiO2), accurate manometer, and variable pressure relief valve for precise neonatal resuscitation.
Non-interchangeable air/oxygen inlet ports prevent cross-connection errors. Compact, lightweight design with T-piece circuit supports mask sizes 00, 0, 1 for consistent FRC maintenance during bedside or transport use by trained NICU personnel.
Controlled PIP and PEEP delivery for neonatal resuscitation.
Thumb-operated T-Piece resuscitation for ease of use.
Oxygen delivery ranges from 21% to 100%.
Handy size optimized for bedside/transport.
Non-interchangeable air/oxygen connections.
T-piece resuscitators are typically gas powered and capable of delivering a preset, consistent and controlled PIP and PEEP
nice 5020 Infant T-Piece Resuscitator provides thumb-operated manual ventilation using PIP and PEEP at 0-15 LPM flow range. Features built-in air-oxygen blender (21-100% FiO2), accurate manometer, and variable pressure relief valve for precise neonatal resuscitation.
Non-interchangeable air/oxygen inlet ports prevent cross-connection errors. Compact, lightweight design with T-piece circuit supports mask sizes 00, 0, 1 for consistent FRC maintenance during bedside or transport use by trained NICU personnel.
Controlled PIP and PEEP delivery for neonatal resuscitation.
Thumb-operated T-Piece resuscitation for ease of use.
Oxygen delivery ranges from 21% to 100%.
Handy size optimized for bedside/transport.
Non-interchangeable air/oxygen connections.
50-05-150
50-05-154
50-05-160
98-00-124/125/126
50-05-047
50-05-260
50-20-171/218
50-20-227, 30-20-067
50-05-150
50-05-154
50-05-160
98-00-124/125/126
50-05-047
50-05-260
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.
