BTS GAITLAB

Complete laboratory for multifactorial motion analysis
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The unique and affordable turn-key solution combining multiple steps forces analysis, kinematics and muscles evaluation

BTS GAITLAB is the ideal solution for professionals who want to give their patients a service based on an instrumental and objective assessment.

Whether it is posture and gait problems or load anomalies and muscular insufficiencies, on children, adults and the elderly, thousands of physicians all over the world make clinical decisions based on assessments, validated by the international scientific community, made with our laboratory.

A detailed manual guides the preparation of the patient and the performance of the examination.

The native digital synchronisation of cameras, electromyograph and sensorised floor (3D forces), guaranteed by being the only company that produces all technologies, allows to measure moment by moment how the patient moves their joints, uses their muscles and distributes their forces on the support surfaces during all phases of movement.

At the end of the examination, the system automatically returns a detailed report in which the results are compared with the normality classes divided by age.

Highlights and plus

Multifactorial objective evalutation
Multifactorial objective evalutation
Seamless sensory floor
Seamless sensory floor
Validated protocols
Validated protocols
GDI – Gait Deviation Index
GDI – Gait Deviation Index
GPS – Gait Profile Score
GPS – Gait Profile Score
Muscle lenghts

Why choose our system

What it is about

Kinematic analysis

Kinematic analysis

Thanks to SMART-DX EVO technology, it is possible to carry out the kinematic analysis of any type of movement. The infrared HD digital cameras included in the laboratory capture the trajectories of the markers allowing to calculate the angular variations of each joint.

Force analysis

Force analysis

The P-6000 sensing floor records the 3 components of the ground reaction force, the coordinates of the Centre of Pressure (COP) and the torque. These, combined with the kinematic data, make it possible to calculate the moments and joint powers.

Electromyographic analysis

Electromyographic analysis

FREEEMG wireless EMG probes are lightweight, miniaturised and wireless and do not alter the patient’s natural movements. The synchronisation of the electromyographic signal with kinematics and kinetics allows to evaluate not only the activation of the muscle, but also the precise instant in which it occurs during the gait cycle.

Validated protocols

Validated protocols

Based on protocols validated by the international scientific community, the SMART-Clinic software is an advanced and easy-to-use tool for the simultaneous, objective and complete analysis of the neuromuscular and biomechanical parameters of the patient’s movement.

What's included in the Lab

GAITLAB FULL
GAITLAB PRO
Analysis protocols
  • n° 6 SMART-DX EVO2 cameras (2,3 Mpixel – 200 fps)
  • n° 2 SMART-DX EVO5 cameras (5,1 Mpixel – 130 fps)
  • n° 4 Force Plates P-6000
  • n° 8 EMG wireless probes FREEEMG 1000
  • n° 2 Video cameras HD PRO
  • BTS BRAIN – SMART
  • BTS NET 8 input
  • GAITLAB markers start up kit
  • User Console

Software:

  • n° 1 SMART-Suite license
  • n° 1 SMART-Clinic software license
  • n° 1 EMG-Analyzer software license
  • n° 6 SMART-DX EVO2 cameras (2,3 Mpixel – 200 fps)
  • n° 6 SMART-DX EVO5 cameras (5,1 Mpixel – 130 fps)
  • n° 6 Force Plates P-6000
  • n° 16 EMG wireless probes FREEEMG 1000
  • n° 2 Video cameras HD PRO
  • BTS BRAIN – SMART
  • n° 2 BTS NET 8 input
  • GAITLAB markers start up kit
  • User Console

Software:

  • n° 1 SMART-Suite license
  • n° 1 SMART-Clinic software license
  • n° 1 EMG-Analyzer software license

The software includes a library of the main scientifically validated analysis protocols, each accompanied by a user manual:

  • Davis
  • Helen Hayes
  • Oxford Foot Model
  • Helen Hayes Protocol with bi-segmental 3D foot
  • Digivec – ground reaction force analysis
  • Modified Rab
  • Cervical spine mobility protocol
  • Helen Hayes on treadmill

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