Designing a Multiaxial Extensometric Force Platform: A Manufacturing Experience

Studies that lead to the development of more accessible and low-cost electronic technologies devices for biomechanical biomedical analysis applications are becoming increasingly needed. In this work, a multiaxial extensometric force platform will be addressed, aiming improve sensitivity reduce costs existing platforms. Additionally, can used characterization flight time postural volleyball athletes. As result, functional easily produced prototype was created, due processes (final cost developed platform—USD$100). The interfaces visualization device functions were designed in LabView. purpose experiments is perform athletes, all strength endurance focused on same purpose. prototype’s evaluated by applying loads from 700 1000 N (Newtons) its future integration with other instruments such as surface electromyography (EMG) an electrocardiogram (ECG) expected form instrument kit improves studies balance, muscular endurance.