BRAIN-COMPUTER INTERFACE & NEUROTECHNOLOGY

High-performance medical products for invasive and non-invasive use with the brain in research and clinical environments by g.tec medical engineering

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WE ARE G.TEC MEDICAL ENGINEERING

g.tec medical engineering produces invasive and non-invasive brain-computer interfaces (BCIs) and neurotechnology that are used worldwide to measure and analyze brain waves with the highest possible resolution. A key factor is the real-time data analysis which enables many new applications and experiments in neuroscience.

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OUR NEWS

Discover cortiQ 2.0: Cutting-Edge Cortical Mapping for Enhanced Epilepsy and Tumor Surgery

cortiQ 2.0 represents a breakthrough in cortical mapping, setting a new standard in epilepsy and tumor surgeries. With its cutting-edge integration of neurotechnology and clinical application, it empowers surgeons to achieve unparalleled safety, precision, and effectiveness in even the most complex procedures.

5 Reasons to Choose the Unicorn Hybrid Black EEG Headset: Revolutionizing Wearable Neurotech and EEG Data Quality

Discover the Unicorn Hybrid Black EEG headset, a wearable neurotech device capable of withstanding up to 8.16 g-force, makes it perfect for dynamic research environments, while its ergonomic build ensures comfort during extended use. Whether you’re exploring cognitive neuroscience, brain-computer interfaces (BCIs), or mobile EEG applications, the Unicorn Hybrid Black sets a new standard for precision and usability in EEG technology.

Revolutionizing EEG-TMS Experiments: The New 64 g.LADYbird TMS Electrodes Deliver Unmatched Performance

Our latest EEG-TMS experiment highlights the groundbreaking performance of the new g.LADYbird TMS active electrode. Purpose-built for seamless integration of EEG and TMS recordings, this innovative electrode revolutionizes usability and signal quality in one compact design.

5 Reasons Why Neuroscientists Should Use the g.tec’s EEG-Technology with NIRx System for Advanced Brain-Computer Interface Research

5 Reasons for Combining EEG with NIRx fNIRS system for revolutionizing neuroscience research, brain-computer interface studies and real-world applications.

BEHAVIORAL, COGNITIVE BCI APPLICATIONS

BRAIN-COMPUTER INTERFACES

Brain-computer interfaces are increasingly being used to study and influence human cognition, behavior, and neural processes, using tools like g.tec’s biosignal amplifiers, EEG headsets, and its high-performance software environment, which provide the precision and reliability necessary to make these applications possible.

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POWERFUL SOFTWARE SOLUTION

BCI PROTOTYPING ENVIRONMENT

g.tec’s rapid prototyping BCI environment allows you to realize many different applications with minimum effort. All major principles: slow waves, steady-state visual evoked potentials (SSVEP), motor imagery (MI) and evoked potentials (EP) are already implemented and can easily be used or modified.

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FOR RESEARCH AND DEVELOPMENT

MATLAB-BASED BCI SOLUTIONS

g.tec’s BCI environment provides complete MATLAB-based research and development systems, including all hardware and software components needed for data acquisition, real-time and offline data analysis, data classification and neurofeedback, enabling to quickly setup closed-loop experiments including non-invasive or invasive stimulation of brain and body.

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NEUROPSYCHOLOGY

INTEGRATED EEG AND FNIRS

g.tec’s hardware and software are ideal for recording physiological signals from various parts of the body across diverse experimental setups. When combined with transcranial Direct-Current Stimulation (tDCS), they enable researchers to explore and analyze the effects of targeted stimulation on the human body with precision and reliability.

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INVASIVE NEUROTECHNOLOGY

BRAIN STIMULATION & CORTICAL MAPPING

Invasive and non-invasive stimulation and brain mapping techniques are used to determine brain functions in neuroscience, rehabilitation research and neurosurgery. g.tec’s electrical stimulators help you to understand cortical functions and perform brain-mapping experiments with a closed-loop system.

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NON-INVASIVE NEUROTECHNOLOGY

HIGH-DENSITY EEG/EMG/ECG RECORDINGS

High-density EEG, EMG, and ECG recordings offer unparalleled precision and detail for capturing bioelectrical signals from the brain, muscles, and heart. By utilizing a dense array of electrodes, these systems provide high spatial resolution, enabling researchers and clinicians to map activity with exceptional accuracy.

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MULTIMODAL RESEARCH SOLUTIONS

MULTI-CHANNEL EEG AND EYE TRACKING

Combining a high-precision, multi-channel EEG amplifier, such as the g.HIamp with active EEG electrode technology and Tobii’s advanced eye-tracking systems unlocks great potential in neuroscience research, cognitive studies, and brain-computer interface applications, enabling researchers to effectively analyze neural activity while accounting for eye movement artifacts.

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ADVANCED SIGNAL PRECISION

EEG AND TMS RESEARCH

g.tec’s new g.LADYBIRD TMS-compatible EEG electrodes revolutionize combined EEG and TMS recordings by minimizing artifacts and ensuring high-quality signal acquisition during stimulation. These electrodes allow precise monitoring of brain activity, enabling researchers to better understand the neural effects of TMS with unparalleled accuracy.

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SEAMLESS INTEGRATION

WEARABLE EEG AND EYE TRACKING

Integrating the g.Nautilus wearable EEG headset with Tobii’s advanced eye-tracking technology offers unparalleled opportunities for neuroscience and cognitive research. This combination ensures precise synchronization, enhancing artifact rejection and enabling detailed analysis of brain activity and eye movements in real-world scenarios.

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THE NEW g.LADYBIRD TMS ELECTRODES

The g.LADYbird TMS electrodes, available in active and passive versions, are ultra-flat and specifically designed for combined EEG and TMS recordings. Their 3 mm thickness makes them the thinnest on the market, allowing the TMS coil to be placed closer to the brain while minimizing artifacts. The active electrodes feature built-in amplifiers for superior signal quality, reduced noise, and higher impedance tolerance, offering unparalleled performance and ease of use in TMS-EEG setups.

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