AMTI Canes, Crutches and Walker Sensors
AMTI’s walker sensors are specifically designed for the precise measurement of the forces and moments transmitted through walkers, canes and crutches. These long-life, easy-to-use sensors are ideal for research and testing environments, such as high stiffness, high sensitivity, low crow-talk, and excellent repeatability. The sensors can be used for gait analysis, stability analysis, neurological analysis, prosthetics fittings, and work studies.
The sensors measure the three orthogonal force and moment components across the x-, y-, and z- axes. This produces a total of six outputs. The bodies of the load cells are made from a high-strength aluminium alloy and are protected by a durable anodized finish.
MCW sensors are available in paediatric anterior (PA) walkers, paediatric posterior (PP) walkers, adult anterior (AA) walkers, and several crutches and canes. The sensor mounting hardware has been designed for use with KAYE™ posterior walkers, and Guardian™ anterior walkers, crutches, and canes. Other versions are available upon request.
As with all conventional strain gauge transducers, the use of an amplifier is required for bridge excitation and signal amplification.
How to choose your AMTI force plate
Take a look at our list of considerations if you are interested in an AMTI force plate but not sure where to start.
The Bio-Measurement System (BMS) is Optima technology in the most affordable package.
Custom and Special Designs
These bespoke force plates are tailor-made to your requirements, including waterproof systems and glass-top platforms.
Filler Force Plates
We supply AMTI filler force plates in quarter, half and full length sizes to create the optimum custom set-up.
Force Plate Stairs
The force platform stairway has been designed in response to clinical patient requests to improve their gait while going up and down stairs.
The multi-axis load cells (multi-axis transducers) are ideal whenever it is important to measure forces and moments in three dimensions.
These treadmills can be with or without incline, and are a compact dual-belt end-to-end force sensing treadmill.
Multi-Axis Wear-Testing Machines
These simulate human joint motion, for the purpose of testing and evaluating prosthetic devices prior to clinical use.
Optima High Performance System
This ground-breaking development in force technology offers a 10-fold improvement over any other force platform available on the market.
Portable Force Plates
Lightweight, simple and easy-to-use, these portable force plates are a flexible solution that are ready to set up on any flat surface.
We offer a range of software which can be used for data acquisition, analysis, research, rehabilitation, training and more.