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BTS SMART-DX EVO™

Name: BTS SMART-DX EVO™
Brand: BTS Bioengineering
SKU: BT-PROD-67475
Availability: InStock

Optoelectronic motion capture system with distributed intelligence, sub-millimetric accuracy, and high-speed infrared cameras for 3D clinical kinematics.

🏥 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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3D Optoelectronic Motion Capture

SMART-DX EVO: High-Precision Clinical Motion Capture System

BTS SMART-DX EVO is the flagship distributed-intelligence optoelectronic motion capture system. Engineered with infrared sensor cameras operating up to 2000 frames per second, SMART-DX EVO reconstructs full-body 3D joint kinematics with sub-millimetric spatial accuracy (<0.1 mm). Its multi-volume calibration and real-time processing deliver objective biomechanical analytics across gait analysis, orthopedic assessment, neurological movement diagnostics, and elite sports science.

Spatial Precision

< 0.1 mm Error

Industry-leading coordinate reconstruction accuracy with minimal sensor jitter.

Sampling Rate

Up to 2,000 fps

Ultra-high acquisition frequency capturing rapid ballistic movements.

Distributed Tech

Embedded FPGA

Each camera processes 2D marker centroid coordinates on-board before streaming.

Multivolume

Dynamic Volumes

Simultaneous calibration of multiple capture fields within a single session.

Technology & Hardware Architecture

Optoelectronic Architecture

Simplified Laboratory Set-Up

Compact, lightweight cameras with flexible mounting options allow rapid setup in clinical rooms of any dimension without permanent structural modifications.

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Gigabit Ethernet PoE: Single cable delivers both power and high-speed data transmission.

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Infrared Strobes: High-power LED rings illuminate passive retroreflective markers in any ambient lighting.

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Zero Drift Calibration: Precision carbon-fiber calibration wand guarantees mathematical repeatability.

Advanced Calibration

Multi-Volume Calibration Algorithm

Enables users to calibrate multiple interconnected measurement zones simultaneously—ideal for analyzing walking transitions, stairs, and sports arenas.

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Stair & Ramp Transitions: Seamless trajectory tracking across elevation and terrain changes.

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Extended Walkways: Scalable from small gait labs up to large 30-meter indoor sports runways.

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Dynamic Marker Tracking: Algorithms automatically resolve marker occlusion during complex motions.

Full Ecosystem

Total Integration with EMG and Force Plates

SMART-DX EVO synchronizes with BTS FREEEMG wireless electromyography and P-6000 force plates with microsecond hardware-level alignment.

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Hardware Genlock: Zero latency between kinematic 3D skeletons, ground reaction forces, and muscle envelopes.

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Unified Data Stream: One software interface records and processes all biomechanical modalities.

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Automated Export: Full C3D, ASCII, and PDF clinical report generation with one click.

Clinical Software & Protocol Modules

SMART-Tracker & Analyzer

Automated 3D marker identification, kinematic model fitting (Davis, Helen Hayes, Plug-in Gait), and joint angle curve calculations.

Validated Clinical Protocols

Pre-loaded standardized evaluation routines for pediatric cerebral palsy, knee arthroplasty, and stroke gait deviations.

Clinical Applications & Research Specialties

Clinical Gait Analysis

Pre- and post-surgical evaluation in cerebral palsy, stroke, Parkinson’s, and multiple sclerosis.

Orthopedic Diagnostics

Joint kinematic deviations, ACL reconstruction recovery profiling, and prosthetic alignment.

Sports Biomechanics

Ballistic jump, sprint, and cutting mechanics to optimize athletic power and reduce injury risks.

Technical Specifications

Camera Technology	High-speed CMOS sensor with integrated hardware FPGA processing
Acquisition Rate	Up to 2,000 fps (software selectable)
Spatial Accuracy	< 0.1 mm over 4 x 4 x 2.5 m volume
Illumination	High-power Infrared (IR) LED strobe ring (850 nm)
Connectivity	PoE (Power over Ethernet) Gigabit standard
Synchronization	Microsecond hardware sync with EMG, force plates, and video
Export Formats	C3D, CSV, AVI, PNG, PDF comprehensive clinical reports