Orionâ„¢ Neuronavigation System - The precision standard for rTMS, HDtES, and tPFU procedures in neuroscience and brain stimulation.
Advanced technology designed for neuromodulation specialists and researchers
Optical tracking delivers <1mm accuracy for precise coil/electrode positioning in rTMS and HDtES, validated in 3,500+ sessions.
Seamlessly integrate structural and functional imaging for optimal target localization in motor cortex, DLPFC, and deep brain regions.
Compatible with rTMS coils, HDtES montages, and tPFU transducers for comprehensive neuromodulation workflows.
Real-time distance monitoring ensures safe stimulation zones and prevents off-target effects.
Precise targeting of motor cortex, DLPFC, and other cortical regions for depression, stroke rehabilitation, and chronic pain treatment.
Accurate multi-electrode montage positioning for focused tDCS/tACS in cognitive enhancement and psychiatric applications.
Sub-millimeter targeting for non-invasive deep brain neuromodulation in research and clinical trials.
Multi-modal neuromodulation studies with precise reproducibility across sessions and subjects.
Import structural/functional MRI via DICOM - supports T1, fMRI, DTI sequences
Define stimulation targets (DLPFC, M1, custom ROIs) with atlas-based or functional guidance
Real-time navigation of TMS coil, HDtES electrodes, or tPFU transducer to target
Track position with <1mm accuracy during entire stimulation session
"Orion revolutionized our rTMS protocols. The reproducibility across sessions is exceptional - we achieved 92% response rates in depression treatment."
"For HDtES research, Orion is essential. The precision lets us target deep structures with confidence. Our cognitive enhancement studies show unprecedented consistency."
Schedule a personalized demo with our clinical specialists
Free 30-day trial available for qualified institutions
Cookie Notice
We use cookies to enhance your browsing experience, serve personalized content, and analyze our traffic. By clicking "Accept", you consent to our use of cookies.