EEG Devices &
Custom Development Services
Medical-Grade EEG Technology, Built for Research
As Taiwan's first certified medical-grade EEG manufacturer, HippoScreen Neurotech combines EEG expertise with end-to-end development capabilities to support neuroscience research and EEG-enabled product innovation.
From study design and data acquisition to software integration and signal analysis, we provide customized solutions that help researchers and industry partners accelerate development with confidence.
Our 8-channel EEG system is certified as a medical device and designed for clinical research applications, providing a reliable foundation for high-quality EEG data collection.
Seamlessly connects EEG devices with peripheral systems to streamline study workflows, automate data collection, and improve research efficiency.
‧ EEG Real-Time Display
‧ Mental Task Design
‧ Neurofeedback
‧ Classification Result
‧ Statistics Analysis
‧ Data Visualization
A comprehensive integration platform designed to reduce the complexity of EEG research and product development.
We support neurotechnology researchers and industry partners with flexible, end-to-end customization services — from signal acquisition and user interaction to AI-based analysis.
High-quality physiological signal acquisition
Experiment design with real-time feedback control
Feature extraction and advanced data visualization
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With continuously evolving AI models, EEG signals can become more than research data. They can provide meaningful physiological insights to support clinicians when evaluating complex emotional and mental health conditions.
The development of advanced indicators reflects our commitment to data-driven psychiatry — helping bridge the gap between subjective assessment and objective brain-based evidence.
Transform EEG data into actionable insights through signal classification, statistical analysis, and intuitive data visualization.
Tailored BCI applications designed to meet specific research objectives and user experiences.
Turn cognitive training into an engaging experience. Users can control gameplay through attention levels or motor imagery, making neurotraining more interactive and motivating.
Convert brain activity into unique, real-time visual artwork, creating personalized experiences driven by neural signals.
Real-time audiovisual feedback helps users observe and regulate brain activity, supporting improvements in focus, attention, and cognitive performance.