FREEEMG
FreeEMG is a state-of-the-art electromyography system, offering real-time muscle activity monitoring for enhanced research and clinical applications.
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Dynamic analysis of muscle activity and biofeedback in any environment
FREEEMG is a wireless device for surface electromyography
(EMG) analysis. Signal accuracy, the absence of wires, the lightness and reduced size of the probes are features enabling users to assess any type of movement, for each body part, without altering the natural movement of the person being
tested.
Thousands of centres worldwide use our EMG device in various fields such as: research, sports, occupational medicine, gnathology, neurology and orthopaedics.
FREEEMG is a single system used for multiple purposes: from monitoring to diagnostics and up to injury prevention.
The system is provided with a large variety of predefined
analysis protocols allow for muscle activity assessment during
specific exercises.
The software analyses the collected information and automatically generates graphical results allowing for immediate comparison with normal ranges.
Technical highlights
Probes
Up to 20
Battery life
>6h
of continuous acquisition
Ultralight probes
13 g
EMG Analysis has never been so quick and easy
Based entirely on wireless technologies, BTS FREEEMG uses up to 20 variable geometry probes for the acquisition and
transmission of EMG signals. It also manages probes for the connection of electrogoniometers, allowing the assessment of
angles, angular velocities, angular accelerations and footswitches for foot-floor contact area detection. All the probes are easy
and quick to recharge by clipping them onto the proprietary probe charger.
Main Features
Technical features
Main Features
- Up to 20 probes, selectable among EMG, electrogoniometers and footswitch
- More than 6 hours of non-stop acquisition
- Easy and quick to recharge by clipping onto the proprietary probe charger
- Active and variable geometry electrodes
- Record of miniaturization weighing only 13 grams.
- On-board solid-state buffer memory to secure data in case of any WiFi signal loss
- Up to 20 meters for the data transfer between the probes and the workstation
- Native integration with BTS motion caputre systems, inertial sensors, force platforms, video cameras.
- Integration with third-party systems
- Software for clinical assessment and performance analysis
- Object-oriented software for the development of customised protocols
- Development tools
Technical features
Wireless Probes
| Surface electrodes | Variable geometry electrodes with snap connectors – 16-bit resolution – acquisition frequency 1KHz |
| Data transmission | Wireless IEEE802.15.4 data transmission (probes – USB receiver) – Real Time |
| Battery | Rechargeable with proprietary charger (snap connector) – lithium-ion polymer |
| Autonomy | Over 6 hours of continuous acquisition |
| Acquisition range | Up to 20 meters (65 feet) in free space (without obstacles) |
| Holter | The solid-state memory allows data storage up to 1 hour and 40 minutes for systems with less than 6 EMG probes, and up to 2 hours for systems with more than 6 EMG probes |
| Memory | On board solid-state buffer memory system |
| Weight | 13 grams (battery included) |
| Size | 41,5×24,8x14mm mother electrode – Ø 16x12mm satellite electrode |
| Certification | Class “IIa” |
USB Receiver
| EMG channels | Up to 10 wireless probes each receiver (no more of 2 receivers allowed) |
| Weight and size | 80 grams – 82x44x22,5mm |
Main Features
Technical features
Main Features
- Up to 20 probes, selectable among EMG, electrogoniometers and footswitch
- More than 6 hours of non-stop acquisition
- Easy and quick to recharge by clipping onto the proprietary probe charger
- Active and variable geometry electrodes
- Record of miniaturization weighing only 13 grams.
- On-board solid-state buffer memory to secure data in case of any WiFi signal loss
- Up to 20 meters for the data transfer between the probes and the workstation
- Native integration with BTS motion caputre systems, inertial sensors, force platforms, video cameras.
- Integration with third-party systems
- Software for clinical assessment and performance analysis
- Object-oriented software for the development of customised protocols
- Development tools
Technical features
Wireless Probes
| Surface electrodes | Variable geometry electrodes with snap connectors – 16-bit resolution – acquisition frequency 1KHz |
| Data transmission | Wireless IEEE802.15.4 data transmission (probes – USB receiver) – Real Time |
| Battery | Rechargeable with proprietary charger (snap connector) – lithium-ion polymer |
| Autonomy | Over 6 hours of continuous acquisition |
| Acquisition range | Up to 20 meters (65 feet) in free space (without obstacles) |
| Holter | The solid-state memory allows data storage up to 1 hour and 40 minutes for systems with less than 6 EMG probes, and up to 2 hours for systems with more than 6 EMG probes |
| Memory | On board solid-state buffer memory system |
| Weight | 13 grams (battery included) |
| Size | 41,5×24,8x14mm mother electrode – Ø 16x12mm satellite electrode |
| Certification | Class “IIa” |
USB Receiver
| EMG channels | Up to 10 wireless probes each receiver (no more of 2 receivers allowed) |
| Weight and size | 80 grams – 82x44x22,5mm |