Emily 和 Emma

Airways
The MRI-scanned airway offers unparalleled realism and enables highly realistic intubation training. Users can easily replace the airway, offering an unprecedented level of flexibility.

Critical Care
Features such as PICC lines, central line access, and capillary refill support critical care scenarios. MRI-scanned femurs and tibias enable highly realistic IO insertions while their replaceable design supports operations.

Realism
The highly realistic external appearance combined with highly realistic internal anatomy and pre-programmed symptom complexes such as RDS, bowel distension, and seizures, enable a completely new training experience and improved training outcomes in neonatology.

Sensors
Customizable sensors for head position, ET tube detection and depth, CPR feedback, umbilical cord cutting, UVC depth, and stethoscope position deliver real-time feedback to both trainers and learners.

Movement
Realistic limb articulation, spinal flexibility, and natural movements allow trainees to observe key physical indicators, such as limpness or normal muscle tone, crucial for assessing neonatal status.

Software
The intuitive software design allows trainers to start quickly and operate the system effortlessly. Sensors capture the interventions performed by the participants and display them in detail on the user interface in real time, enabling an entirely new level of control and oversight for the trainer.

Patient Monitors
Simulated clinical monitors from Dräger, Philips, Nellcor, and GE help create an authentic training environment that closely mirrors real-world clinical settings. The feedback monitor for the orientation phase optimally prepares training participants for the scenario-based training.