AMTI
AMTI is the world's leading provider of multi-axis force measurement solutions, renowned as the Gold Standard manufacturer of force platforms, sensors, instrumented equipment, and joint simulators. AMTI is recognized within the biomechanical community as the benchmark technology for ground reaction force assessment.
Force measurement platforms and force sensors are widely used by researchers and clinicians in areas such as:
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Biomechanical research
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Gait analysis
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Ergonomics
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Sports performance
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Functional assessments for injury prevention
The Optima BMS400600 force platform, measuring 40 cm x 60 cm, is ideal for assessing movement kinetics, with a wide range of applications such as gait analysis, balance, and bilateral jumping. For more dynamic movements, multiple platforms can be combined to create instrumented floor systems.
AMTI: Multiaxial force analysis
AMTI is the world leader in the design and manufacture of multiaxial force measurement devices and other specialized instruments. AMTI regularly collaborates with research institutions in various areas of medical technology and industry, such as NASA and the National Science Foundation.
The AccuGait-Optimized Force Platform (ACG-O) is AMTI's portable solution for quantifying human gait and balance. The ACG-O achieves high levels of accuracy in measuring center of pressure, forces, and moments in any of its multiple application activities. It also features a clean and simple USB interface for data transfer and power.
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The AccuPower Optimized Force Platform (ACP-O) is a portable force platform ideal for sports assessments, jumps, drops, squat analysis, and more. The ACP-O is equipped with wheels, a handle, and a USB cable, allowing for mobility and versatility in collecting data in classrooms, weight rooms, sports facilities, or even outdoors in suitable weather conditions. This technology enables researchers, sports scientists, coaches, and rehabilitation personnel to generate training solutions and plans based on highly accurate input data.
The Tandem treadmill is a running machine that features dual-belt force-sensing belts, allowing for independent measurement of both feet. This eliminates potential sources of measurement error or data loss caused by double support during gait. Furthermore, each force platform consists of a top plate and a base plate connected by four tension elements. This system eliminates the measurement of any forces generated by the treadmill mechanism, such as belt friction, and focuses on measuring the ground reaction forces of the foot.
The VIVO simulator is a joint motion simulator that provides quantitative data on the quality, durability, and capacity of materials commonly used in prostheses and implants. The VIVO system facilitates the evaluation of movement in up to six degrees of freedom, enabling more realistic testing and measurements of the lifespan of implants or prostheses in joints such as the knee, hip, shoulder, temporomandibular joint, elbow, ankle, and spine.