Locus 3D MA-2500

Accelerometer-based system for high-frequency acquisition of biomechanical motion data during functional activities. Extends beyond standard accelerometry for comprehensive movement analysis.

Sensorized treadmill for gait and running analysis under real conditions with high-frequency acquisition of biomechanical data. Captures detailed motion parameters during walking and running.

Precision 3D measurement device for dimensional analysis and quality control of medical components and assemblies.

A research-grade split-belt treadmill system with two independent force-measuring belts for gait analysis and biomechanics research. Each belt can be controlled independently or synchronized in both forward and reverse directions, with speed ranges up to 11.5 m/s and acceleration up to 25 m/s². The system provides highly accurate 6-component load measurements (Fx, Fy, Fz, Mx, My, Mz) output at 1000 Hz from each belt, with optional incline capability up to 15 degrees and instrumented handrails. The FIT5 integrates with all major motion capture systems and is controlled through Kinamoto™ software, which provides real-time data visualization, protocol builder functionality, and seamless synchronization with external equipment.

Comprehensive measurement platform for analyzing movement in medicine, dentistry, and sports. ISO 13485 certified system providing high-precision diagnostic data.

A precision force plate performance analysis system that measures ground reaction force data during jumping, landing, and sprinting movements at high speed. It automatically organizes complex movements into numerical data, graphs, and reports to enable accurate athlete evaluation, rehabilitation, and training effect measurement. The system provides analysis of performance, injury risk, and left-right asymmetry.

Highly integrated modular precision motion platform with micrometer-level accuracy and speeds up to 3m/s, designed for medical imaging and diagnostic equipment alignment and positioning systems.

A force plate and balance measurement device for assessing postural stability and lower extremity function in rehabilitation.

Mobile force measurement devices enabling accurate data collection in natural environments outside laboratory settings. Designed for gait, balance, and performance analyses with the same precision and reliability as fixed installations.

Multi-axis force sensor measuring loads in three directions for surgical robots, rehabilitation equipment, and force feedback medical devices.

Control system for medical linear actuators providing precision motion management. Integrates with medical devices requiring automated positioning and movement capabilities.

Precisely engineered force measurement platforms using patented strain gauge technology for gait, balance, and performance analysis. Available in multiple sizes and load ranges with negligible crosstalk, drift, and signal interference. Analog signals are sampled at 1000Hz and processed into accurate digital data for biomechanical research.