Facilities

Virtual Reality (VR) Headsets

The VIVE Pro Full Kit is a professional-grade VR system featuring high-resolution AMOLED screens with a combined resolution of 2880 x 1600 pixels, offering vibrant colors and high contrast. It includes Hi-Res certified headphones with 3D spatial audio for immersive sound experiences. The kit utilizes the latest SteamVR Tracking System, providing precise room-scale tracking in areas up to 100 square meters, making it ideal for multi-user environments. The ergonomic design ensures comfort with adjustable IPD and a balanced weight distribution, suitable for extended use. Additionally, it supports wireless functionality via Intel® WiGig, allowing for greater freedom of movement. The VIVE Pro Full Kit is widely used in research areas such as sports performance analysis, medical training, architectural visualization, and entertainment, where its advanced features enhance immersive experiences and data collection.

Eye Tracking Glasses

The Dikablis Eye Tracking Glasses feature high-precision binocular eye tracking with an accuracy of 0.05° for pupil tracking and 0.1° – 0.3° for glance direction. They are designed for comfort and versatility, fitting easily over regular glasses and allowing for dynamic movements. The glasses offer wireless data transmission via WLAN, enabling real-time eye tracking in natural environments. They are fully integrated with the D-Lab measurement and analysis platform, supporting live data collection and analysis. Ideal for applications like sports, market research, and vehicle studies, the glasses provide a flexible and unobtrusive solution for eye movement studies.

Motion Capture Systems

Vicon Motion Capture Systems are known for their high-precision passive optical technology, using infrared cameras to track reflective markers for accurate 3D motion data. The systems feature high-resolution cameras like the Valkyrie, capable of capturing up to 26 megapixels at speeds up to 2,000 frames per second. Vicon's software, such as Nexus, supports comprehensive modeling and analysis, integrating seamlessly with other systems like inertial sensors and force platforms. This advanced technology is ideal for life sciences research, sports performance analysis, and entertainment applications, providing detailed and reliable movement tracking and analysis.

Eye Tracking System

The Tobii Pro Spectrum is an advanced eye tracking system designed for intensive scientific research into human behavior and eye movement mechanics. It captures gaze data at up to 1200 Hz, allowing for detailed analysis of fixations, saccades, micro-saccades, and tremors. The system supports both screen-based and real-world stimuli, providing flexibility for various research scenarios. It integrates seamlessly with Tobii Pro Lab software, facilitating experiment design, data collection, and analysis, and can synchronize with external devices like EEG and GSR for multimodal research. The Pro Spectrum is ideal for fields such as psychology, neuroscience, reading research, and developmental studies, where understanding cognitive processes and visual attention is crucial.

Functional Near Infrared Spectroscopy (fNIRS) Devices

The Brite wearable fNIRS devices are advanced tools for measuring brain oxygenation and activity. They offer high flexibility with adjustable inter-optode distances and customizable optode layouts, allowing researchers to measure from any cortical brain region with up to 27 channels. The devices are lightweight and wireless, making them comfortable for various participants, including children and the elderly. They integrate seamlessly with other techniques like EEG and tES, and include features like a multi-power gain control for optimal data quality across different skin tones and hair types. The Brite family is widely used in research areas such as neuroscience, cognitive studies, psychological research, sports science, and developmental studies, where they provide non-invasive, continuous monitoring of brain activity in natural settings.

Electroencephalogram (EEG) Headset

The EMOTIV EPOC+ EEG headset is a portable, high-resolution EEG headset featuring 14 channels and wireless connectivity via Bluetooth and 2.4GHz frequency. It is designed for easy setup and use in various research applications, making it suitable for both personal and professional use. The headset can detect and analyze brainwave patterns, allowing users to monitor cognitive states such as focus, stress, and relaxation. It is widely used in research areas including neuroscience, cognitive studies, and brain-computer interfaces, where it provides valuable insights into brain activity and mental states. The EPOC+ also supports applications in gaming and education, enabling developers to create interactive experiences based on real-time brain data.

Hanheld 3D Scanner

The Artec Eva 3D Scanner is a portable and versatile device known for its high accuracy and ease of use. It captures data at 16 frames per second, processing up to 18 million points per second with a precision of 0.1 mm and a 3D resolution of 0.2 mm. The scanner uses white structured light technology, making it safe for scanning people and objects. It requires no targets or calibration, allowing for quick setup and scanning. Eva is particularly effective for scanning medium-sized objects, such as human busts, alloy wheels, and motorcycle exhaust systems. Its compatibility with tablets and batteries enables true portability, allowing use in various environments. The Artec Eva is widely used in industries like automotive, aerospace, healthcare, and entertainment for applications such as rapid prototyping, reverse engineering, quality inspection, and creating detailed 3D models for CGI, AR, and VR.

Wireless Electromyography (EMG)

The TeleMyo Desktop DTS System is a versatile wireless EMG and motion tracking solution. It features 16 channels for simultaneous recording of muscle activity and movement data, offering high sampling rates and low latency for accurate real-time data collection. The system includes a user-friendly interface for easy setup and analysis, making it suitable for various research areas. It is widely used in biomechanics, sports science, and rehabilitation to study muscle function, movement patterns, and athletic performance. The TeleMyo Desktop DTS System provides detailed insights into muscle activation and coordination, supporting evidence-based practices in these fields.