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BTS GAITLAB

Name: BTS GAITLAB
Brand: BTS Bioengineering
SKU: BT-PROD-67478
Availability: InStock

Complete turn-key motion analysis laboratory combining 3D optoelectronic kinematics, wireless electromyography, and force platforms.

🏥 Physiotherapy Equipment 🏷️ BTS Bioengineering 🛡️ Direct Factory Warranty 🎓 Clinical Training & Setup 📋 24h Tender Pack Ready

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Authorized Distributor

Direct factory warranty & manufacturer support

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Clinical Training

On-site doctor & biomedical certification

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Hospital Logistics

Regional setup, delivery & calibration

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24h Tender Pack

Comprehensive quote & technical specs

Categories: Motion Analysis, Physiotherapy Division, Physiotherapy Equipment Brand: BTS Bioengineering Brand: BTS Bioengineering

Description
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Complete Multifactorial Motion Analysis Lab

BTS GAITLAB: Turnkey Clinical Motion Analysis Laboratory

BTS GAITLAB is the global standard in turnkey multifactorial human movement laboratories. Uniting 3D optoelectronic cameras (SMART-DX), synchronized wireless electromyography (FREEEMG), triaxial force platforms (P-6000), and high-definition synchronized video, GAITLAB provides complete objective insights into why a patient moves the way they do. Used by pediatric hospitals, neuro-rehabilitation centers, and research universities worldwide.

Integrated Multimodal

Kinematics + EMG + Forces

Simultaneous objective data acquisition aligned to the microsecond.

Turnkey Solution

100% Pre-Engineered

Hardware, workstations, calibration wands, and clinical protocols included.

Clinical Protocols

Validated Models

Davis, Helen Hayes, and clinical biomechanical models with automated reports.

Global Footprint

500+ Labs Worldwide

Trusted by world-leading hospitals and rehabilitation institutions globally.

Technology & Hardware Architecture

Comprehensive Motion Science

Full 3D Kinematics, Dynamics & Muscle Activation

Simultaneously analyze how the joints articulate (kinematics), how internal joint moments and external floor forces interact (dynamics), and which muscles are firing (EMG).

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The “Why” Behind Gait Faults: Distinguishes between muscular spasticity, mechanical joint contracture, and compensatory strategies.

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Pre-Surgical Planning: Provides orthopedic surgeons with objective proof before tendon lengthening or osteotomies.

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Post-Intervention Tracking: Documents quantitative motor improvements with normative overlay graphs.

Clinical Efficiency

Automated 1-Click Clinical Reporting

Specialized clinical software automatically generates intuitive reports tailored for clinicians, patients, and insurance reimbursements within minutes.

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Normative Database Comparison: Color-coded bands indicate healthy age-matched reference ranges.

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Gait Profile Score (GPS): Standardized single-number indexes summarizing overall gait deviation.

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Custom Clinical Templates: Easily adapt report formats to specific hospital departmental requirements.

Seamless Synchronization

High-Definition Video Integration

Synchronized digital video cameras record frontal and sagittal views alongside 3D skeletons, allowing instant visual verification of abnormal postures.

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Frame-by-Frame Sync: Video frames align precisely with force vectors and EMG activation bursts.

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Dynamic Vector Overlay: Ground reaction force vectors are overlaid directly onto real patient video footage.

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Rapid Patient Setup: Fast anatomical marker placement protocols minimize patient fatigue.

Clinical Software & Protocol Modules

BTS CLINIC Suite

Unified patient database, automated processing pipeline, kinematic model solving, and PDF clinical report generation.

Validated Pediatric & Neurological Protocols

Includes Davis Heptathlon, Helen Hayes, Total Body, and Upper Limb assessment protocols.

Clinical Applications & Research Specialties

Pediatric Cerebral Palsy

Single-event multilevel surgery (SEMLS) planning and tone-management assessment.

Adult Neuro-Rehabilitation

Post-stroke hemiparetic gait, traumatic brain injury, and spinal cord injury evaluation.

Complex Joint Arthroplasty

Pre- and post-operative functional evaluation for total knee and hip replacements.

Technical Specifications

Optoelectronic Cameras	4 to 16 SMART-DX infrared cameras
Force Platforms	2 or more BTS P-6000 triaxial digital platforms
Electromyography	BTS FREEEMG 8, 16, or 32 wireless channels
Video Subsystem	2 or more synchronized BTS ViLab HD digital video cameras
Calibration Toolkit	Precision carbon-fiber calibration triangle and wand
Workstation	Medical-grade multi-display high-performance processing console
Standard Protocols	Davis, Helen Hayes, Oxford Foot Model, Upper Limb