BTS GAITLAB is the result of 30 years of research and experience in this field and it’s the ideal solution for professionals performing clinical motion and gait analysis. Hundreds of laboratories all over the world use our technology and protocols, validated by the International Scientific Community for EMG, kinematic and dynamic motion analysis. BTS GAITLAB is the only motion capture system on the market using the most advanced technology which is designed and produced by the same company.
Everything in a single test
BTS GAITLAB supplies to the physician the quantitative information and objective data needed to identify and analyze walking and posture problems, load anomalies and muscle failure, which would not be measurable with normal clinical exams.
The digital synchronization of different analysis tools helps to simultaneously compare, frame by frame, the patient’s movements of limbs and muscles and force distribution on the surface during movement.
Global assistance and turnkey solution
Our remarkable experience in designing laboratories all over the world makes us strong providers for public health centers and private institutions of all necessary services related to the most efficient use of BTS GAITL.AB.
Our turnkey solution includes design, installation, training and support services to guarantee a fast, and high quality level of productivity for your laboratory, as well as a timely investment return.
The laboratory can be redesigned and expanded over time, third party hardware and systems can be implemented, according to any changing need.
A complete set of protocols for motion analysis
The software includes a library with all the main scientifically validated protocols, each equipped with a user manual:
- 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
|1||Integrated kinematic, electromyographic and dynamic analyses|
|2||Video recording of the subject with simultaneously shots from different points of view in sync with all the acquired signals.|
|3||Rich library of analysis protocols validated by the scientific community|
|4||Calculation of muscle elongation|
|5||Calculation of Gait Deviation Index (GDI) and Gait Profile Score (GPS) respect normal classes|
|6||Automatic identification of gait cycle events|
|7||Comparison between the different sessions of a single patient or those of different patients|
|8||Automatic comparison of the data with normal classes|
|9||Patients, sessions and trials Database which can be queried with various different search criteria|
|10||Customizable multimedial Report|
|1||SMART-DX 6000 Optoelectronic System with 8 infrared cameras|
|2||FREEEMG 1000 surface EMG system with 8 wireless probes|
|3||INFINI-T sensorized floor composed by 6 60x40 cm force plates|
|4||VIXTA 50 video system with 2 cameras|
|1||Davis||Multifactorial gait analysis|
|2||Helen Hayes (Conventional Gait Model)||Multifactorial gait analysis on ground or treadmill|
|3||Oxford Foot Model||Foot biomechanical analysis during walking|
|4||SHCG Foot Model||Multi-segmental gait analysis with focus on foot|
|5||Upper Limb (Modified Rab)||Upper limb functional movement analysis|
|6||Cervical Spine Mobility||Functional assessment of cervical mobility|
|7||Digivec||Ground reaction force Analysis|
|6||Support & Assistance|
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