FREEEMG is a 4G technology device for surface EMG analysis. Signal accuracy, absence of wires, lightness and reduced size of the probes are the features which enable us to perform analyses of any type of movement, for each body part, without altering in any way the motor gesture of the analyzed subject.
Excellent performance
Thanks to our wireless miniaturized probes even the weakest signals will be detected and accurately captured. The system communicates with a PC through the supplied USB receivers and can manage up to 20 probes simultaneously.
Each probe is equipped with internal memory to ensure uninterrupted recording in case of temporary connection loss and to allow for acquisitions in wide spaces and open fields.
Up to
0
probes
simultaneously
Battery life: more than
0
hours
of continuous acquisition
Ultralight probes
0
grams
battery included
Practical and effective
In order to get the signal, the probes will be directly hooked to the pre-gelled electrodes, with no need of additional fastening: subject preparation has never been so quick.
The software elaborates the collected information and generates graphical results allowing the immediate comparison to the normal classes.
A large variety of predefined analysis protocols allow us to assess muscle activity during specific exercises.
More than 500 centers worldwide use our EMG device for the evaluation of:
- Orthopedic and neurological disorders
- Pharmacological treatments
- Evolution of motor deficits
- Use of orthotics
- Rehabilitation follow-up
- Sporting gesture optimization
The protocol allows the evaluation of the motor strategy used by the patient in terms of symmetry and muscle coordination during walking and the assessment of proper muscle activation/deactivation timing.
Main features:
- Gait cycle analysis (temporal parameters)
- Muscle activation timing
- Symmetry index
- Walking quality index
- Coactivation index
- Comparison with reference values
The protocol assesses the proper knee stabilization before an impact allowing Anterior Cruciate Ligament (ACL) injury prevention or recovery evaluation after ACL surgery.
Main features:
- Quadriceps and ischiocrural muscles preactivation timing
- Comparison with reference values
The protocol allows the evaluation of the flexion-relaxation phenomenon (FRP) of the lumbar paraspinal muscles during a flexion-extension movement of the trunk. The absence of paraspinal muscles’ relaxation, while the subject is holding the flexed position, could indicate a muscular overload and lead to low back pain and postural problems.
Main features:
- FRP: Flex-Relaxation Phenomenon index
- FRR: Flex-Relaxation Ratio index
- R/L activation symmetry
- Comparison with reference values
The protocol analyzes the activity of the main masticatory muscles and quantifies the neuromuscular balance during the dental occlusion. A malocclusion issue could result in postural pain and problems (headache, backache…).
Main features:
- Occlusion indices
- Mouthguard and splint evaluation
- Comparison with reference values
The protocol allows the evaluation of muscle activity during the pedalling cycle. The test can be performed during rehabilitation exercises performed on a cycle ergometer, or to monitor how the muscle behaviour changes as the athlete’s position on the bike is adjusted.
Main features:
- Muscle activation timing
- R/L muscle contribution to pedalling
- Symmetry index
- Comparison with reference values
The protocol allows the evaluation of the motion strategy used by the subject in terms of muscle coordination during running. The protocol may highlight the presence of functional asymmetries and compensatory mechanisms.
Main features:
- Run cycle analysis
- Muscle activation timing
- Amplitude analysis
EMG Probes
| wdt_ID | Column1 | Column2 |
|---|---|---|
| 1 | Surface Electrodes | Variable geometry electrodes with snap connectors |
| 2 | Resolution | 16bit |
| 3 | Acquisition Frequency | 1kHz |
| 4 | Data Transmission | Wireless IEEE 802.15.4 |
| 5 | Battery | LiPo battery, rechargeable with proprietary charger |
| 6 | Battery Life | Over 6 hours of continuous acquisition |
| 9 | On-board Memory | Solid-state memory - up to 2 hours |
| 11 | Weight | About 13 grams - battery included |
| 12 | Dimensions | 41,5×24,8x14mm mother electrode – Ø 16x12mm satellite electrode |
| 13 | Certification | CE Class IIa, FDA registration |
USB Receiver
| wdt_ID | New column | New column |
|---|---|---|
| 1 | PC Connection | USB 2.0 |
| 2 | Manageable Probes | Up to 10 wireless probes per receiving unit |
| 3 | Weight | 80 gr |
| 4 | Dimension | 80mm L x 45.5mm W x 14.4mm H (3.14in L x 1.79in W x 0.57in H) |
| 5 | Data Transmission | Wireless IEEE 802.15.4 |
| wdt_ID | Components |
|---|---|
| 7 | Up to 20 Probes |
| 5 | USB Receiver |
| 6 | Charger |
| 4 | Transport bag |
| 8 | EMG-Analyzer software |
| wdt_ID | Add-on |
|---|---|
| 1 | Footswitch Kit |
| 2 | Electrogoniometer Kit |
| 3 | Wireless Isokinetic Kit |
| 4 | Workstation |
| 6 | Functional Protocols (*Inertial sensor required) |
| 7 | G-SENSOR (Inertial Sensor) |
| 8 | VIXTA video system (up to 4 videocameras) |
| 9 | INTEGRA (Analog Output Receiver) |
| 11 | I-PORT Expander (Analog Input Receiver) |
| 12 | Trigger Box |
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