Neonatal incubator NATISSE - Fair

NATISSE: A High-Performance Incubator for Newborn Care

The NATISSE neonatal incubator, developed by BioMS Medical, represents a major breakthrough in neonatal intensive care. Designed to provide optimal care for fragile newborns, especially premature babies and those suffering from medical complications, NATISSE combines cutting-edge technology with an intuitive interface. This high-precision incubator ensures a controlled and secure environment, essential for infants whose thermal and respiratory regulation systems are still immature.

One of the most innovative aspects of NATISSE is its temperature regulation system, controlled by a microprocessor. This system allows for dual temperature control, regulating both the ambient air and the newborn's skin temperature. Ambient temperature can be adjusted between 28°C and 37°C, with an option for overheating up to 39°C in specific situations, such as maintaining warmth in critical conditions. Meanwhile, skin temperature can be adjusted between 35°C and 37°C, with a maximum overheating of 38°C. This dual regulation ensures a thermal environment tailored to the specific needs of each infant, helping premature or sick babies maintain a stable body temperature, which is crucial for their development.

Safety is at the heart of NATISSE's design. In addition to thermal regulation, the incubator features oxygenation control, limiting oxygen concentration to 40%. This limitation significantly reduces the risk of oxygen toxicity, a common complication in vulnerable newborns, thus preventing potential damage to the infants' still-fragile lungs. The device is also equipped with visual and audible alarms that are triggered whenever an anomaly is detected in the vital or environmental parameters. These alarms immediately alert healthcare professionals, allowing them to intervene quickly to correct any drift before the situation becomes critical.

Another feature that sets the NATISSE incubator apart is its reliability. Designed for intensive use in demanding medical environments, it is built with durable materials while maintaining a weight of 100 kg. Its compact dimensions of 90 × 60 × 140 cm make it suitable for the limited spaces of neonatal intensive care units, while offering great mobility. Additionally, NATISSE is equipped with a secure power supply system of 230V – 50/60 Hz, ensuring consistent electrical reliability. For enhanced safety and practicality, an optional external battery is also available, providing one hour of autonomy in the event of a power outage, which is critical in emergency situations or during intra-hospital transport.

NATISSE is also designed to be extremely user-friendly. Its interface, coupled with an easy-to-read screen, allows healthcare professionals to monitor the infant's vital parameters, such as temperature, oxygenation, and ventilation, in real-time. Thanks to the simplicity of the incubator's operation, even less experienced users can quickly learn to master the device. In emergencies, this accessibility significantly reduces intervention time, improving the survival chances of babies in intensive care.

In addition to its technical capabilities, NATISSE offers a wide range of accessories to enhance its use in various clinical situations. For example, it can be equipped with a humidifier, which helps maintain an optimal humidity level, contributing to the comfort and health of newborns. An integrated oxygen monitoring system allows precise tracking of the administered oxygen concentration. Moreover, an intravenous infusion support and transport handles facilitate the management of care while ensuring the device's mobility during patient transfers.

The NATISSE neonatal incubator from BioMS Medical is an essential device for any neonatal intensive care unit. Its precision, reliability, and intuitive interface make it a top choice for healthcare facilities seeking to provide high-quality care to the most fragile newborns. Its numerous features and accessories make it a versatile tool, capable of meeting the diverse needs of patients and medical staff.

• Ambient temperature range: 28°C to 37°C, with overheat up to 39°C
• Skin temperature range: 35°C to 37°C, with overheat up to 38°C
• Oxygen concentration limit: 40%
• Power supply: 230V, 50/60Hz
• Weight: 100 kg
• Dimensions: 90 × 60 × 140 cm
• Control: Microprocessor-based air and skin temperature regulation with visual and audio alarms