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The Emotiv EPOC+ is an advanced EEG system used for measuring and analyzing brain waves, allowing for real-time exploration of neurological activity. It is utilized in fields such as neuroscience research, human-computer interaction, and the development of applications for controlling devices through thought.
The Emotiv Flex is a flexible and customizable EEG recording system designed to integrate into various neuroscience applications and innovative research. It allows for precise recording of brain activity with the capability to adjust to user needs, facilitating the development of personalized solutions
The DSI-24 EEG is an advanced brainwave recording system that offers 24 channels for detailed monitoring and study of brain activity. Designed for research and clinical purposes, it provides high resolution and accuracy, facilitating modern neuroscience studies and brain function monitoring.
The Muse EEG is an advanced EEG system designed for measuring and monitoring brain activity with a focus on stress management and relaxation. Ideal for use in meditation and wellness practices, Muse provides detailed real-time feedback to enhance concentration and calmness.
The Biosignalsplux Kit is a professional bio-signal recording system designed for analyzing various physiological parameters, such as electromyography (EMG), electroencephalography (EEG), and heart rate. Primarily used in research and clinical settings, it offers high accuracy and adaptability for personalized solutions in the study of human physiology.
MySignals is an integrated biomedical monitoring platform that enables the collection and analysis of various biosignals such as heart rate, respiration and EEG. Ideal for health research and application development, MySignals offers flexibility and convenience in measuring and monitoring physiological status in real-time.
The NanoZoomer S210 is a digital slide scanner designed for high-resolution scanning and digitization of tissue samples. Primarily used in pathological and research applications, it allows for the analysis and storage of samples in digital format, facilitating easier study and sharing.
The EksoNR is an exoskeleton designed for rehabilitation and mobility support for individuals with neurological impairments or motor difficulties, such as those resulting from strokes or spinal cord injuries. Used in clinical and rehabilitation centers, it helps patients regain mobility and enhance their physical recovery through assisted walking.
The force plate is a specialized measurement platform that records ground reaction forces during walking, running, or other motor activities. It is primarily used in research and clinical settings for analyzing balance, motor function, and gait assessment in athletes and patients.
The Vicon Vantage is an advanced motion analysis system that uses high-precision cameras to collect real-time motion data. It is used in fields such as sports science, entertainment industry, and medical research, enabling precise analysis of human movement and enhancing performance and rehabilitation.
The Noraxon Ultium is a wireless system for recording bio-signals, such as electromyography (EMG) and kinematic data, with exceptional accuracy and flexibility. It is used in research and clinical settings to analyze muscle activity and human movement, supporting the enhancement of athletic performance and physical rehabilitation.
The Medisoft Ergocard CPX is a cardiopulmonary exercise system that measures heart and lung function during exercise. It is used for diagnosing and assessing fitness, endurance, and cardiopulmonary performance in clinical and athletic settings, providing accurate measurements for evaluating health and physical rehabilitation.
The Meta Quest 3 is an advanced virtual reality (VR) system that offers enhanced graphics and performance compared to previous models. Designed for gaming, entertainment, and professional applications, the Quest 3 provides a wireless VR experience with comfortable portability and ease of use, combining virtual and augmented reality.
The Meta Quest 2 is a popular wireless virtual reality (VR) system that provides high-quality VR experiences without the need for external sensors or a computer. Ideal for gaming, training, and interactive applications, the Quest 2 offers comfort, portability, and ease of use, making it accessible to a wide range of users.
The Vive Focus 3 is an advanced wireless virtual reality (VR) system designed for professional applications, such as training, simulations, and collaboration. It features high resolution and a wide field of view, providing excellent image quality and comfort. The Vive Focus 3 offers freedom of movement without cables, making it ideal for use in professional and industrial environments.
Valve Index is a premium virtual reality (VR) system that offers top image quality, wide viewing angles and accurate motion tracking via external sensors. Designed for demanding VR experiences, Valve Index offers exceptional performance and comfort, making it ideal for gaming and advanced VR applications.
The Pico 3 is a wireless virtual reality (VR) system designed for both professional and entertainment applications. It offers good resolution, comfortable use, and portability without the need for external sensors. Used in areas such as training, simulation, and collaboration, the Pico 3 provides a balanced VR experience for both users and businesses.
The HoloLens 2 is an advanced augmented reality (AR) system that allows interaction with digital objects within the real-world environment. It is primarily used in professional applications such as training, industry, and medicine, offering comfortable use, high resolution, and natural hand interactions through sensors and voice commands.
bHaptics is a haptic feedback system that provides immersion in virtual and augmented realities through wearable haptic devices. Primarily used in VR/AR applications and gaming, it allows users to experience physical vibrations and sensations that enhance the virtual interaction experience.
The Geomagic Touch X is a haptic feedback system that enables precise interaction with digital models through the sense of touch. Designed for design applications, medical simulation, and educational environments, the Touch X provides realistic feedback, enhancing users' ability to feel and interact with three-dimensional objects in real time.
Leap Motion is a gesture detection system that allows interaction with digital environments through hand movements, without the use of physical controllers. It is used in virtual and augmented reality applications, enabling precise tracking of hands and fingers for a natural and intuitive manipulation experience.
The Ultimaker S3 is a professional 3D printing device that offers high precision and reliability for producing prototypes and final products. With capabilities for dual-material printing and support for various types of filaments, the Ultimaker S3 combines ease of use with exceptional build quality, making it ideal for applications in industry, research, and education.
The Creality3D LD-002H is a 3D printer with UV photon technology, designed for creating high-precision models with intricate detail. Ideal for applications such as prototype manufacturing and high-resolution designs, the LD-002H offers reliable performance with easy setup and maintenance, making it suitable for both professional and amateur use.
The Artec Eva is a 3D scanner that offers high accuracy and speed in scanning objects and faces. It uses texture and color recognition technology to capture detailed three-dimensional models, making it ideal for applications such as industrial design, art, and medicine. The Eva stands out for its ease of use and its ability to quickly scan large surfaces with exceptional detail.
The St Robotics 6-Axis is an industrial robot with six degrees of freedom that provides high precision and flexibility for automation applications. Designed for tasks such as welding, assembly, and material handling, the robot features programming and maintenance capabilities that make it ideal for a wide range of industrial and research uses.
Intel RealSense is a depth-sensing system that uses cameras to capture three-dimensional data of the environment in real time. It is used in applications such as robotics, augmented reality, mapping, and gesture recognition, providing accurate spatial and object perception.
The Blackmagic Pocket Cinema Camera 4K is a professional-grade camera designed for portable use with 4K video recording capabilities. It offers excellent color performance, dynamic range, and file management flexibility, making it ideal for independent filmmakers and high-quality productions.
The Tobii Eye Tracker 5 is an eye-tracking system that offers precise and detailed recording of eye movements for applications such as human interaction analysis and UX research. It uses advanced technology to monitor and record eye movements with high accuracy, providing valuable data for understanding user behavior and enhancing interaction with digital environments.
The Vive Trackers 2.0 are virtual reality accessories that enable precise tracking and recording of object and user movements in a VR environment. With enhanced accuracy and durability, the Trackers 2.0 integrate with VR systems to enhance interaction and create a more realistic and dynamic virtual reality experience. They are ideal for applications in gaming, training, and professional simulations.
Pupil Labs is an eye-tracking system that offers advanced technology for monitoring and analyzing eye movements. It is used in psychology, neuroscience, and human interaction research, providing precise data for understanding user behavior and reactions. The system offers flexible solutions for various applications, ranging from behavior analysis to the development of VR/AR applications.
The Workstation iNTRA is a high-performance and specialized computer system designed for demanding applications such as 3D design, data analysis, and professional video editing. Featuring advanced components like high-performance processors, large amounts of RAM, and powerful graphics cards, the iNTRA delivers exceptional performance and reliability for professional and research environments.
The ZOTAC VR GO 4.0 A4500 is a portable VR computer designed to support intensive virtual reality applications. Equipped with powerful processors and high-performance graphics cards, along with seamless wireless connectivity, it offers mobility and exceptional performance for demanding VR applications and games. The VR GO 4.0 A4500 combines portability with robust computing power, making it ideal for both professional and recreational use.
The Katana 15 B13VFK is a professional laptop designed for high performance in demanding environments. Equipped with powerful processors, ample RAM, and advanced graphics cards, it delivers exceptional performance for applications such as 3D modeling, video editing, and data analysis. The Katana 15 B13VFK combines portability with robust computing capabilities, making it ideal for professionals who need power and flexibility on the go.
The HPE Apollo 6500 is a high-performance computing system designed to deliver extremely fast processing capabilities, particularly for deep learning and artificial intelligence applications. The system is ideal for environments where speed and data performance are critical, such as scientific research, big data analysis, and financial transaction processing.
The CAVE (Cave Automatic Virtual Environment) is a virtual reality (VR) simulation system that creates multi-projection environments for an immersive user experience. It utilizes large screens and projectors to fully cover the user’s field of vision, allowing interaction with 3D environments at a 1:1 scale. Ideal for applications in research, training, and design, the CAVE Realiscape offers a realistic and interactive VR experience for scientific analysis and technological innovations.
The QS-S25 SPIDER is a simulator that provides a realistic simulation experience with advanced motion and interaction technology. Designed for use in training, entertainment, and research, the SPIDER offers dynamic and precise representation of movements and forces, enhancing interaction with virtual environments. With customization and flexibility options, it is ideal for applications requiring a high level of immersion and realism.
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