Blautic Electro-stimulation
Muscle rehabilitation, sports performance optimization, advanced physiotherapy and scientific research with portable multichannel electrostimulation systems
Hardware and software for precise control of electrical stimulation
Blautic Electro-stimulation is a set of portable simultaneous multichannel electrostimulation systems, designed for applications in muscle rehabilitation, sports performance optimization, advanced physiotherapy and applied neuroscience. These systems combine configurable hardware for precise control of electrical stimulation with software management and programming environments, enabling full control of stimulation parameters and their synchronization with other recording or analysis systems.
Neurofeedback, intelligent training and adaptive rehabilitation
The Blautic Electro-stimulation System enables the implementation of hybrid solutions combining electrical stimulation and physiological monitoring, creating closed platforms for neurofeedback, intelligent training or adaptive rehabilitation.
Protocol automation and EEG/EMG synchronization
The technological infrastructure also supports the automation of complex protocols, synchronization with neuronal activity (EEG) or muscle activity (EMG), and the implementation of data-driven intelligent control algorithms (machine learning patterns)
System architecture
Multichannel stimulation module
Capable of generating independent bipolar signals across multiple channels simultaneously, with adjustable amplitudes up to 100 V and stimulation frequencies of up to 100 Hz.
The modular architecture allows individual or synchronized channel control, enabling customized protocols according to muscle, body area or type of therapy.
Connectivity and control
The devices communicate with a central control system via USB interface, enabling parameter configuration, session activation and real-time log reading.
This stable, low-latency connection allows multiple devices to be coordinated in parallel or integrated into broader physiological or motion control platforms.
Management and control software
Intuitive user interface
Allows definition of stimulation protocols, adjustment of intensity, frequency, duration and phase, as well as recording user response or output values.
Synchronization with other signals
Can be integrated with physiological recording systems (EEG, EMG, ECG) or motion systems (IMU, cameras), enabling stimulation guided by biofeedback or neuronal activity.
Automation and dynamic sequences
The system supports automatic or adaptive protocols, where stimulation parameters are modified based on session progress or obtained results.
Applications
- Neuromuscular rehabilitation
Functional recovery through controlled stimulation of muscles affected by injury or neurological pathology. - Physiotherapy and occupational therapy
Personalized treatments combining electrical stimulation with active or passive movement. - Sports and physical performance
Selective muscle training, post-exertion recovery and improvement of tone or endurance. - Biomedical research and neuroscience
Experimental protocols for electrical stimulation, neuromodulation or synchronization with brain signals.
Advantages and differential capabilities
- High precision and per-channel control
Fully configurable amplitude, frequency and waveform. - Scalability
Ability to expand the number of channels or combine multiple modules in a network. - Compatibility with other systems
Easy integration with physiological acquisition platforms or machine learning engines for adaptive control. - Portable and configurable design
Suitable for clinical environments as well as research and experimental development.
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