The use of biomechanics equipment is the next step in the study of human movement and biology. Why and how do our bodies perform certain motions and functions? Many questions can be answered by observation and analysis aided by the use of advanced technology.
The many advanced features of today’s most technologically advance equipment include: Automated EMG Analysis, Ergonomics Evaluation, Gait Analysis, Interface With Imaging Equipment, Isometric Contraction, Isotonic Contraction, Range of Motion, and Remote Monitoring.
Not only do these features provide great educational and observational tools but they also offer data relative to real world application. For example, the Gait Analysis and Range of Motion features are very useful in flexibility quantification and injury assessment. By testing the range of motion of an injured body part, improvement can be monitored by determining the freedom of a certain joint as well as its velocity and acceleration of movement. Thus real time data is provided as to what extent the injured joint has improved.
Another very practical feature is the Ergonomics Evaluation. Anyone from an office furniture manufacturer to an office management team could use this feature to measure the safety of their product or business. Does the curvature of the newly designed office chair cause unsafe rounding of the spine? Is our work environment an ergonomic hazard which will lead to injured employees collecting workers compensation? These are very poignant questions that can be easily answered by the use of advanced biomechanics equipment.
Capturing data is another important part of scientific process and evaluation. The equipment allows for real-time collections and post collection analysis. This data can then be organized by x/y plotting for later analysis and data preservation.
None of this analysis would be possible without the flexibility of Remote Monitoring. The equipment is free of cumbersome cables and restrictive equipment that would hinder the process. The recording system can be located up to 60 meters away from the equipment giving the study amazing freedom in the range of physiological activities that can be performed and studied.
Clearly biomechanics equipment is an accessible and advanced set of tools in the continuing study of human physiology. The great diversity in features and real world applications provide great tools integral to any lab or educational facility.
To know more about biomechanics equipment and their usage in the research industry, visit Biopac.com.