Three-Dimensional Force Plate Series

Force sensors for medical devices requiring precise force measurement and monitoring. Applications include surgical instruments, patient monitoring systems, and rehabilitation equipment.

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.

Diagnostic device used in therapy with virtual reality for measuring force and pressure during rehabilitation exercises and gait analysis.

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.

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.

The Bertec Fixed Walkway allows researchers to mount 40x60 cm or 60x90 cm fixed force plates in a customizable in-series configuration for various biomechanics applications. Researchers can independently reconfigure force plates depending on experimental needs while maintaining data quality.

A dynamic foot pressure measurement system for analyzing plantar pressure during movement and gait analysis. This device is used in podology, posturology, and rehabilitation to measure pressure distribution patterns while walking or performing functional activities.

Three-component force measurement sensor using piezoelectric elements. Designed for dynamic force measurement in orthopedic testing and biomechanical analysis.

Integrated system for simultaneous measurement of vertical, lateral, and anterior-posterior forces on pedal-based devices. Designed for rehabilitation and ergonomic assessment in medical settings.

Stair system equipped with portable force plates for measuring forces during stair ascent and descent. Captures reliable force and center of pressure data for analyzing lower extremity biomechanics and balance during stair negotiation.

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

A portable wireless dynamometry and strength assessment system designed to quickly and accurately measure strength and isometric force across all body joints. Unlike force plates focused on jumping and landing, Gen3 specializes in injury recovery, strength balance, and joint function evaluation to precisely analyze an athlete's pure strength capacity.