ATLANTIS I 4x4 (4 channel) with BrainAvatar 4.0

The BrainMaster Atlantis I 4×4 Z-Score Package is a revolutionary advancement in neurofeedback technology. This state-of-the-art system features four channels of EEG and AUX signals, laying the foundation for transformative live Z-score training. This allows both therapists and clients to experience a profound, immersive experience.

Furthermore, the BrainMaster Atlantis is designed for comprehensive multisensory feedback: photic, vibrational, and auditory stimuli are utilized in real time to create an environment optimized for effective neurofeedback. With an impressive rate of 1024 samples per second, 24-bit EEG inputs, and continuous impedance monitoring, the highest accuracy and signal quality are ensured.

Its intuitive user interface also allows for seamless integration of auxiliary ports, expanding the possibilities for incorporating additional biofeedback modalities. This flexibility allows therapists to tailor each session to their clients' specific needs.

Additionally, the Atlantis I 4×4 is compatible with MicroTesla, BrainAvatar® 4.0, TOVA, and Mini-Q II , and offers advanced biofeedback with impedance testing for both Atlantis I and II. It also supports USB connections for DC and SCP measurements using the Triamp amplifier design.

By harnessing the future of neurofeedback with the BrainMaster Atlantis Z Score Package , you can take your practice to a new level. Order today to unlock the full potential of your neurofeedback sessions and experience its transformative power.

The result is the BrainMaster Atlantis 4×4 , an economical yet powerful solution for entry into modern neurofeedback. The system is fully expandable and delivers an intensive, easy-to-understand training experience thanks to simultaneous real-time feedback. The innovative Triamp bioamplifier continuously records EEG signals, direct current and slow cortical potentials (SCP), as well as electrode impedance in real time. The combination of powerful hardware and software enables fast, precise feedback, multimodal feedback, and autonomous EEG-controlled real-time applications – without a PC. These comprehensive measurement and control options open up new perspectives for research and clinical practice.