BTS Bioengineering > Kinematics
BTS makes its optoelectronic technology available to those wanting to study movement, providing exceedingly accurate and precise analysis instrumentation. In the world of optoelectronic systems for movement analysis, the capacity to faithfully reconstruct the marker’s position in space depends on balancing several factors: the data processing technique used to recognize the marker, the geometric quality of the marker, the telecamera technology, and the calibration of the work volume.
Thanks to 20 years experience working in this field, BTS researchers create systems that completely satisfy all these factors without neglecting a single aspect. Marker recognition techniques are always being refined. They are made in house with an exclusive technique that guarantees surface uniformity with up to date and multi volume calibration techniques that permit the creation of a subset of telecameras that function in any kind of environment.
Thanks to 20 years experience working in this field, BTS researchers create systems that completely satisfy all these factors without neglecting a single aspect. Marker recognition techniques are always being refined. They are made in house with an exclusive technique that guarantees surface uniformity with up to date and multi volume calibration techniques that permit the creation of a subset of telecameras that function in any kind of environment.
The result is a high resolution digital optoelectronic system that allows the registration of any kind of movement, even outdoors or in extreme environmental conditions.
BTS also provides a wide range of software designed to respond to the different needs of our users: both providing ready to use analysis protocols with complete reporting for the routine use of a purely clinical environment, as well as providing customized use with an environment for developing personalized calculations to develop new analysis protocols as might be used in biomechanical research.
BTS also provides a wide range of software designed to respond to the different needs of our users: both providing ready to use analysis protocols with complete reporting for the routine use of a purely clinical environment, as well as providing customized use with an environment for developing personalized calculations to develop new analysis protocols as might be used in biomechanical research.