NeoPod

Advanced Technology

Formula 1-Inspired Safety and Warmth in the NeoPod Infant Transport Pod

Drawing from the advanced technology, materials, and design principles that shield Formula 1 drivers from high-impact injuries, the NeoPod is meticulously crafted to deliver essential security and thermal stability for newborns. This innovative neonatal transport device offers all these benefits at just a fraction of the price of conventional transport incubators, making it an accessible choice for healthcare providers.

Its state-of-the-art carbon fiber construction guarantees adherence to rigorous international safety standards, including CEN 1789 for European ambulance equipment, SAE J3043 for ambulance equipment mounting systems, for general aviation emergency landing protection, and FAR 23.562 for dynamic testing under emergency landing conditions. This ensures unparalleled durability and occupant safety during ground, air, or emergency neonatal transfers.

Many Features, Simple Design

Versatile Features and Thermal Options in the NeoPod Neonatal Transport Pod

Designed for neonates weighing up to 5 kilograms (11.02 lbs), the NeoPod delivers essential functionalities of traditional transport incubators while streamlining the design for simplicity and efficiency. This compact infant transport device eliminates unnecessary complexity, making it ideal for quick, reliable neonatal transfers in ambulances, helicopters, or aircraft without the bulk or high costs.

Warmth is customizable through compatible accessories: The BP37™ Infant Temperature Maintenance Kit maintains a consistent 37°C (98.6°F) for at least 4 hours, while the clinically proven TransWarmer® Infant Transport Mattress—an advanced exothermic gel pad—provides steady 38°C (100.4°F) warmth for up to 2 hours, helping prevent hypothermia during critical journeys.

Carbon Fiber Shell

Durable Construction and Cost Savings in the NeoPod Neonatal Transport Device

The NeoPod is manufactured by Advanced Healthcare Technology and features a robust carbon fiber shell paired with a transparent PETG lid, enabling seamless CT scans or X-rays for the newborn without the need to remove them from the pod. This imaging-compatible design streamlines diagnostic processes during neonatal care, ensuring minimal disruption and enhanced safety in medical transport scenarios.

Priced at less than 20% of a traditional transport incubator, the NeoPod offers a straightforward, secure, and economical answer to common challenges in infant transport, making advanced protection accessible for hospitals, emergency teams, and air medical services.

Unique Fixation

Effortless Mounting and Portability in the NeoPod Neonatal Transport Pod

The NeoPod's innovative fixation system features durable webbing straps and quick-release buckles, enabling secure attachment to any standard stretcher. This versatile design simplifies setup for neonatal transfers in ambulances, helicopters, or aircraft, ensuring stability without custom modifications.

At a maximum weight of just 6kg (13.2lbs, including optional components), the NeoPod is lightweight enough for single-person handling, eliminating the need for specialized stretcher mounts in vehicles and enhancing efficiency in emergency infant transport scenarios.

Other Features

NeoPod Benefits & Features: Essential Neonatal Transport Advantages

NeoPod is crafted for the secure inter-facility transfer of neonatal patients, offering dependable protection during vital moves in ambulances, helicopters, or aircraft.

NeoPod is optimized for newborns weighing 1-5kg (2.2-11lbs), this infant transport pod focuses on safety and comfort for premature and small infants in transit.

NeoPod is completely X-ray translucent and CT scan compatible, the NeoPod includes a sturdy, lightweight carbon fiber shell with shock-absorbing foam interiors and a clear transparent lid for straightforward patient monitoring and access.

NeoPod comes equipped with a dedicated patient positioning mattress, reliable stretcher fixing straps for device security, and internal safety straps to hold the infant firmly in place throughout the journey.