3DMA is essential software for biomechanics laboratories. 3DMA can objectively, efficiently and accurately collect and analyze data, allowing researchers and clinicians to obtain detailed information about human movement. In addition, 3DMA can be used for the diagnosis and treatment of injuries, objective assessments, research and design of products related to human movement.

AMTI is a professional manufacturer of mechanical sensors and force measuring equipment.Several piezoresistive sensors are installed on the AMTI 3D force plate to measure pressure changes in different parts of the platform, and calculate the changes in forces and torques on the X, Y, and Z axes.

Bertec Force Plates measure vertical force and the Center of Pressure (CoP). Physicians, physical therapists, audiologists, and geriatric specialists can now obtain meaningful results to identify weaknesses, train patients, and track patient progress over time using the Bertec Force Plate.

With an AMTI tandem treadmill, subjects can walk naturally without needing to maintain their positions medially or laterally, or straddle the belt split running down the center of the treadmill. Heel strike occurs on the front belt, and the foot naturally translates to the rear belt for toe-off as the subject walks. With only a 1mm clearance between the two belts, they function as one continuous belt, preventing data problems that occur during the double support phase of walking.

The Bertec Fully Instrumented Treadmill allows researchers to reduce gait laboratory space requirements and remove the limitations inherent in traditional gait walkways. The unique design results in superior dynamic characteristics and a high natural frequency, making it the best research-grade fully instrumented treadmill available on the market.

Motion Lab Systems has been designing and building reliable, research-quality, multi-channel EMG systems since 1987 for use in human motion capture and clinical EMG research environments. Our logo depicts a child walking out of a gait laboratory, representing the company's purpose: to help clinicians and researchers develop tools and treatments that improve the lives of people with disabilities and injuries. One of our first MA-100 EMG systems was used by Dr. Murali Kadaba, HK Ramakrishnan, and Mary Wootten in the Helen Hayes Hospital gait lab, collecting EMG data for some of the classic papers that have since defined modern gait analysis.

Visual3D is the premier biomechanics analysis tool for measuring movement and force data collected by nearly any type of 3D motion capture system. As a Microsoft Windows application, it provides the necessary calculations for kinematics and kinetics, including support for instrumented treadmills. Visual3D includes the latest mathematical techniques for optimizations, signal processing, filtering, inverse kinematics, complex biomechanical modeling, forces, force structures, and more.

Vrtrix Data Glove, a product of Beijing Vrtrix Technology Co., Ltd., utilizes the inertial sensor covering five fingers to provide 3DOF finger dynamic posture data for capturing hand movements, enabling more natural interaction with objects in the virtual world. The glove's wrist motion tracking is highly compatible with NOKOV motion capture solutions for virtual interactive integration.

K5 is an upgraded version of the Italian COSMED portable and wearable metabolic monitoring system. It uses breath analysis methods for measurement and records respiratory metabolism during outdoor exercise. K5 can collect data during rapid exercise and over extended periods. It can accurately measure over 30 physiological data points, including oxygen intake, carbon dioxide exhalation, heart rate, and air flow.

The h/p/cosmos Gaitway 3D measures ground reaction forces and torques in three directions and is available in three different deck sizes: 150/50cm, 170/65cm, and 190/65cm. It is a powerful, innovative, and accurate biomechanics system for analysis and offers online biofeedback for corrections.