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P-6000

Digital force plate
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Triaxial platforms for 3D forces measurement

P-6000 digital force platforms, equipped with innovative spherical sensors, guarantees the extremely accurate measurement of various components of forces, reaction moments, and the coordinates of the Centre of Pressure.

Many of our clients have chosen P-6000 for assessments in clinical and sports applications:

  • Choice and validation of the support most suited to each type of movement (orthotics and prostheses)
  • Load symmetry analysis and therapeutic or surgical treatment planning in orthopaedics
  • Dynamic and static postural assessment in neurological studies
  • Postural rehabilitation
  • Injury prevention and sports performance improvement

Our new modular plate system is revolutionary: it allows the creation of surfaces in a variety of shapes and sizes and measures reaction forces across the entire surface (even along the edges), overcoming the limits imposed by traditional force plates.

The signals coming from adjoining modules are automatically processed and integrated, thus behaving as one continuous sensory surface. It has finally become possible to measure force even when foot contact is made on two or more adjoining modules.

The P-6000 Platform system thus suits any space and requirement for 3D force measurement.

 

 

Technical highlights

Accusphere sensors

4

Resolution

16bit

Possible configurations

∞

Why choose it

Pure innovation

Pure innovation

P-6000 digital force platforms are equipped with innovative spherical sensors to ensure the most accurate measurements across the entire surface. Each module contains internal amplifiers and overload protection systems.
A single sensory surface

A single sensory surface

The signals coming from adjoining modules are automatically processed and integrated, thus behaving as one continuous sensory surface.
Absolute layout freedom

Absolute layout freedom

Thanks to the brand-new seamless solution and ergonomic design, surfaces can be created in any shape and size, combining the various modules in such a way as to obtain the configuration most suited to the analysis of any type of movement.
Accurate measurements

Accurate measurements

P-6000 guarantees the extremely accurate measurement of various components of forces, reaction moments, and the coordinates of the Centre of Pressure, reducing crosstalk to a minimum. The modules are connected via Ethernet to ensure interference-free digital signal transmission.
Total integration

Total integration

P-6000 is designed to be digitally integrated with the entire range of BTS products dedicated to motion analysis, including SMART-DX EVO optoelectronic cameras and FREEEMG wireless electromyography systems. An optional analogue interface also allows integration with third-party systems.

A single sensory surface

P-6000 automatically processes and integrates signals from adjoining modules, thus behaving as one continuous sensory surface. In clinical gait assessments, P-6000 allows the detection of multiple steps in a single test, thus allowing for faster and more natural testing. The subject is able to move with complete freedom and naturalness, without being influenced by constraints that might affect their behaviour.

Main features
Technical data
  • High-performance triaxial force platforms
  • Completely digital
  • New sensors (patent pending) based on Strain Gauge technology
  • Integration of an unlimited number of plates
  • Complete freedom of positioning
  • Suitable for walk, run and jump analyses
  • Integration with BTS and third-party motion analysis systems
Dimension Single Module

(Equivalent to 1 traditional platform)

 Sensitive area 60 x 40cm – minimum height 6cm
Interface LAN (10/100 Ethernet)
Signal Output Digital
Power Supply PoE with proprietary switch
Capacity (X and Y) for each module Up to ±8000 N
Capacity (Z) for each module Up to 8000 N
Sensitivity/Resolution 16 bit over selected range
Sensitivity deviation over plate surface <1,0% Full Scale Output
Hysteresis <0,2% Full Scale Output
Linearity <0,2% Full Scale Output

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