Unified Precision in Neuroscience
- Overcomes Traditional Limitations: Addresses challenges such as mechanical instability, manual errors, and inadequate neuronavigation that often impede precise targeting with neuroscience tools like electrodes or optical fibers.
- Innovative Integration of Technology: Features a revolutionary device that combines computer 3D vision and a robotic Stewart platform for automatic, high-precision skull adjustments.
- Enhanced Accuracy and Reproducibility: Utilizes a software-guided brain atlas system to ensure accurate targeting and repeatable results across different laboratories and experiments.
- Automated Calibration and Consistency: Incorporates a brain phantom and software atlas for easy calibration, promoting consistent outcomes across various devices and research settings globally.
- Collaborative and Versatile Platform: Offers an open cloud-based platform for the exchange of atlas systems, catering to a wide range of species, strains, and age groups, and enabling customization and collaboration in the neuroscience community.
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