Studies that lead to the development of more accessible and low-cost electronic technologies and devices for biomechanical and biomedical analysis applications are becoming increasingly needed. In this work, the development of a multiaxial extensometric force platform will be addressed, aiming to improve the sensitivity and reduce the costs of existing platforms. Additionally, this platform can be used for analysis and characterization of flight time and postural characterization of volleyball athletes. As a result, a functional and easily produced prototype was created, due to the processes used (final cost of the developed platform—USD$100). The interfaces of visualization and analysis of the device functions were designed in LabView. The purpose of the experiments is to perform flight analysis of athletes, and all functions designed for the platform strength and endurance are focused on that same purpose. The prototype’s functions were evaluated by applying loads from 700 to 1000 N (Newtons) and its future integration with other instruments such as the surface electromyography (EMG) and an electrocardiogram (ECG) is expected to form an instrument kit that improves the characterization of studies of balance, strength and muscular endurance.
Bibliographical noteFunding Information:
This research was supported by Universidad Nacional de San Agust?n de Arequipa through research funding, the project ?Think Health?Desarrollo de un kit de Instrumentos Biom?dicos para centros de atenci?n B?sica de Salud y de auxilio al estudio de enfermedades cr?nicas y cong?nitas?. Contract Nro. IBA-IB-44-2020-UNSA.
© 2021 by the authors. Licensee MDPI, Basel, Switzerland.
- Biomedi-cal devices
- Electronic devices
- Force platforms
- Multiaxial extensometric
- Postural analysis