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Apparatus
List of Apparatus used in our lab
Meta Quest 3
Virtual Reality (VR) Headset
Meta Quest 3 is a standalone virtual reality headset developed by Meta, offering high-resolution displays, built-in tracking, and wireless operation without the need for a PC or external sensors. It includes ergonomic hand controllers and supports six degrees of freedom (6DoF), allowing users to move and interact naturally within immersive environments.Researchers use Meta Quest VR to simulate work scenarios, conduct virtual training, and study user behavior in realistic settings. In ergonomics, it supports studies on posture, task performance, user interaction, and spatial awareness.
Apple Vision Pro
Apple Vision Pro is an advanced mixed reality headset that combines virtual reality (VR) and augmented reality (AR) in one device. It allows users to interact with digital content in real space using eye tracking, hand gestures, and voice commands, providing a highly immersive experience without physical controllers.In the field of ergonomics, Apple Vision Pro can be used to study user behavior, interface usability, and spatial awareness in simulated environments. It is also useful for conducting experiments related to human-computer interaction, task performance, and cognitive load in immersive settings. Researchers can create controlled virtual scenarios to observe how users respond to different interface designs or workspace layouts.
Sol Glasses
Eye-Tracking System
Ganzin Sol Glasses is a lightweight, high-precision wearable device used to track eye movements and gaze direction in real-world environments. It provides detailed visual attention data with a wide field of view, making it ideal for analyzing how users interact with their surroundings.This system supports a range of applications, including behavior research, healthcare, marketing, smart manufacturing, and professional training. In ergonomics, Sol Glasses helps researchers understand where users focus their attention when interacting with tools, interfaces, or workspaces, which offers insights for improving design and user experience.
INFOOT 2
3D Foot Scanning System
INFOOT 2 is a high-precision optical 3D foot scanning system designed to accurately capture the anatomical dimensions and shape of the human foot. Equipped with eight cameras and a red laser plane, it scans the foot from multiple angles, creating a comprehensive 3D model. The device connects to a host PC via USB 3.0, and with its dedicated software, it enables researchers to measure and analyze foot data with high accuracy.This advanced system is highly applicable in various fields, including footwear design (customizing shoe fit and comfort), ergonomics (assessing foot support needs in different occupations), biomechanics (studying foot mechanics in movement and posture), and orthotics (designing supportive foot insoles and braces). INFOOT 2's precise 3D modeling capabilities make it an essential tool for developing products and solutions that enhance foot health, comfort, and performance.
Polar Pacer
Heart Rate Sensors : GPS Sports Watch
The Polar Pacer is an advanced GPS sports watch, ideal for experimental research in areas such as sports science, exercise physiology, and occupational health. It accurately tracks time, pace, distance, GPS location, and heart rate, allowing researchers to study training efficiency, endurance, and the effects of environmental conditions on performance. Equipped with sleep and recovery tools, the Pacer also enables investigations into recovery patterns and sleep quality.For ergonomics and workplace studies, it can measure physical demands and stress in active job roles and assess the effectiveness of wellness programs. The heart rate sensor mode lets it sync with other Bluetooth devices like cycling computers and training apps, making it versatile for both lab and field research on physiological responses to various activities.
Polar H10
Heart Rate Sensors
The Polar H10 heart rate sensor is a reliable and precise tool for laboratory research, offering seamless connectivity through Bluetooth and ANT+ technology. Ideal for studies in exercise physiology, sports science, ergonomics, and clinical research, it enables accurate monitoring of heart rate responses during exercise, recovery, and various workplace tasks. The Polar H10 is valuable for assessing physical and mental stress, tracking fatigue, and supporting rehabilitation studies, making it an essential device across multiple research fields to gain insights into physiological and cognitive demands.
Biosignalsplux
Electromyography (EMG)
The Biosignalsplux system is a versatile multi-sensor platform designed for capturing high-quality biosignal data in research and development (R&D). It addresses common challenges in R&D, such as acquiring raw, medical-grade, multi-sensor data that’s essential for accurate analysis. With a flexible setup that supports various sensor combinations, Biosignalsplux provides researchers with all the tools needed to gather precise biosignal data across a range of applications, from biomechanics and ergonomics to medical diagnostics and rehabilitation projects.
The Biosignalsplux EMG Sensor
Electromyography (EMG)
The Biosignalsplux EMG Sensor is an advanced tool for monitoring muscle activity, ideal for ergonomic research and occupational health applications. Its precise, low-noise data acquisition enables detailed assessment of muscle strain and fatigue, making it perfect for analyzing repetitive tasks, evaluating workstation design, and developing ergonomic interventions. This sensor supports studies on muscle load during various work postures, helps identify high-risk activities that may lead to musculoskeletal disorders, and provides insights for optimizing workplace setups to reduce strain. With its versatility, it is well-suited for laboratory studies and field evaluations in real-world occupational settings.
Xsens DOT
Motion Capture System
Xsens DOTs is a motion capture system developed by Xsens. It consists of a series of small sensors that can be attached to various joints or body parts of a person to capture motion. Each sensor is equipped with sensors such as accelerometers, gyroscopes, and magnetometers, providing high-precision motion data. These sensors communicate wirelessly with a computer or mobile device to transmit and record motion data in real-time. The Xsens DOTs system is suitable for various applications including motion analysis, biomechanics, posture assessment, and motion training. It offers high mobility and flexibility, making it usable in laboratory settings, outdoor environments, and training facilities.
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