Product Category: NICU Support Devices
The electrochemical sensor consists of two electrodes immersed in an electrolyte, where oxygen diffusion initiates a chemical reaction that generates an electrical current proportional to the oxygen concentration. This enables accurate measurement even at parts-per-million (PPM) levels. Calibration is simple and can be performed using either 21% or 100% oxygen, supporting consistent accuracy during clinical use. The analyser includes a flow diverter compatible with T-connectors, allowing flexible integration into tubing or connectors for direct oxygen concentration measurement.
The Oxygen Hood (Head Box) is engineered to deliver a controlled oxygen-rich environment for neonates, infants, and paediatric patients requiring respiratory support. Its clear, ergonomic design allows continuous patient observation while ensuring gentle and uniform oxygen administration for enhanced comfort and clinical confidence.
Engineered to promote optimal positioning, Cephra Gel minimizes unwanted head movement while supporting proper cranial alignment during critical care. Its pressure-redistributing gel design helps reduce localized pressure, making it suitable for extended clinical use in NICUs. Available in multiple sizes, it accommodates preterm and full-term infants while enhancing caregiver convenience and patient safety.
Built for use in neonatal, paediatric, and general clinical environments, the Electrical Slow Suction device delivers regulated negative pressure to remove mucus and other secretions while minimizing tissue trauma. Its stable suction profile supports a range of procedures that require gentle and continuous aspiration, helping clinicians maintain airway patency with confidence. Designed for durability and ease of use, this device complements standard respiratory care protocols with reliable, low-maintenance operation.
Venturi Slow Suction allows caregivers to remove mucus from the airway while still giving the patient humidified oxygen. This helps keep the airway clear without stopping oxygen supply, making breathing support safer and more controlled during respiratory care.
Designed for everyday neonatal care, the Baby Bassinet combines functionality with ease of movement to support efficient workflows in hospitals and care units. Its integrated design ensures reliable performance for both stationary observation and safe transport of neonates.
Designed with an integrated approach, the Infant Observation Trolley supports neonatal observation and transportation in a single, streamlined solution. Its clinical design enables caregivers to manage infants safely and efficiently within neonatal care environments.
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Developed using integrated technology, the monitor detects cessation of breathing (apnea) in infants at risk of respiratory failure. Adjustable apnea alarm intervals of 10, 15, or 20 seconds allow tailored monitoring, while integrated visual and audio alarms alert caregivers when no breath is detected beyond the selected interval, supporting timely intervention and ensuring normal respiration is maintained.
The radiometer enables clinicians to monitor and will verify parameters, providing precise feedback on therapeutic irradiance and delivered dosage. Its compact, portable design supports bedside evaluation, helping caregivers ensure optimal phototherapy outcomes while maintaining consistent clinical accuracy.
