BTS Bioengineering > Surface EMG
BTS POCKETEMG
BTS POCKETEMG
BTS POCKETEMG is an essential instrument for labs that study muscular activity in the fields of rehabilitation, sports medicine, ergonomics, clinical research, in the studies for the evaluation of functional abilities and muscular fatigue.
Using POCKETEMG, the selection of muscles, the duration and frequency of acquisition, the acquisition gains and the correct positioning of electrodes are easy and fast operations.
BTS POCKETEMG is supplied with Myolab, the smart and easy to use software that BTS has developed for EMG signal acquisition, visualization, and a first level of processing.
BTS Myolab with its advanced analysis tools is the most flexible solution providing advanced analysis, including the localized muscle fatigue measurement and cyclic contractions computing.
As option, for advanced EMG software applications BTS also offers BTS EMGenius and BTS EMG-Analyzer.
BTS EMGenius is the applicative software for the functional evaluation of cycle movements (as in the gait, by means of an automatic identification of the gait phases), or of movements as “hand to mouth”, “sit to- stand”, “hand flex-extension”, “reaching”, etc.
BTS EMGenius provides a user friendly and intuitive interface: the operator immediately learns how to use the software achieving the highest productivity level for the lab.
BTS EMG-Analyzer is the most complete software solution for EMG signal analysis. Includes predefined templates for evaluations in clinic, sport and research field: jump, pliometry, gait, fatigue analysis, isokinetics, etc… It integrates also an editor to design elaboration protocols: the user can develop quickly and effectively customized elaboration protocols. Thanks to an innovative visual object interface, the mathematical analysis language is translated into graphical form.
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Compact and lightweight
Weighing about 300 grams and having a very small size, it is ideal also for use with children.
Powerful and complete
16 electromyograph channels and 8 basography areas, configurable on the weight threshold of the patient.
6 additional digital channels.
Software oscilloscope to set up gains and crosscheck.
Easy to use
Setup controlled by the patient unit or by the remote station
Intuitive graphical interface
Large interactive display
Advanced technology
10 kHz sampling frequency
16 bit resolution
Wireless data transmission with Wi-Fi protocol
Local backup of data: if the link is interrupted all data can be quickly restored.
LAB and Holter functions
The absence of connecting cables, the on-board logic and the data saved on interchangeable cards allow long time monitoring, following the patient in his or her daily activities.
Expandable
up to 2 GB Secure Digital memory cards.
Usable as a system component
Designed to operate with systems for movement analysis, posturometry and stabilometry.
BTS Pocket EMG patient unit
Analog channels: 16 electromyographic channels + 8 channels for basography areas
Digital channels: 6 channels usable for marking time events and start/stop trigger
10 kHz maximum acquisition frequency
16 bit resolution
Wireless data transmission (WiFi 802.11b standard)
VGA resolution 4” TFT screen, touch-screen
Supports up to 2 GB Secure Digital memory cards
Up to 24 hr operation with rechargeable batteries
Weight approx. 300 g
BTS Control Station
Station for processing the electromyograph signal and for wireless communication with the Patient Unit
BTS Myolab - BTS EMGenius software
Data acquisition, display and processing using drag and drop operations.
Software oscilloscope to display signals in real time (up to 8 channels simultaneously).
Database for data management, with relational access.
Video from external sources synchronized in MPEG2 format.
Protocol for the functional evaluation of walking (EMGenius only).
BTS MYOLAB with its several analysis tools is the most flexible solution providing advanced analysis, including the measurement of localized muscle fatigue.
With BTS Myolab BTS POCKETEMG can be used in numerous fields of application such as research, sports, occupational medicine, gnatology, neurology and orthopaedics. BTS EMGenius includes a protocol for the functional evaluation of cycling movements (such as gait) and, in combination with switches, can automatically identify events and generate normalized cycle data. With BTS EMGenius, BTS POCKETEMG becomes the most advanced diagnostic tool available today for clinical laboratories that need to evaluate neurological and orthopaedic pathologies, pharmacological therapies, motor deficit progression and to carry out rehabilitative follow-ups.
BTS EMG-Analyzer is the most complete software solution for EMG signal analysis.
Includes predefined template for evaluations in clinic, sport and the research field: jump, pliometry, gait, fatigue analysis, isokinetics, etc…
Includes an editor to design elaboration protocols: thanks to an innovative object interface, that translates the mathematical analysis language into graphical form, the user can develop quickly and effectively customized elaboration protocols.
Expansion module
Expansion kit for operating up to 32 analog channels (usable according to specific requirements for EMG, ECG, EOG, electrogoniometers and basography areas) + 16 digital channels. Footswitches Sensors for the automatic identification of the stride phases.
Software
BTS EMGenius includes a protocol for the functional evaluation of cycling movements (such as gait) and, in combination with switches, can automatically identify events and generate normalized cycle data. With BTS EMGenius, BTS POCKETEMG becomes the most advanced diagnostic tool available today for clinical laboratories that need to evaluate neurological and orthopaedic pathologies, pharmacological therapies, motor deficit progression and to carry out rehabilitative follow-ups.
BTS EMG-Analyzer is the most complete software solution for EMG signal analysis.
Includes predefined template for evaluations in clinic, sport and the research field: jump, pliometry, gait, fatigue analysis, isokinetics, etc…
Includes an editor to design elaboration protocols: thanks to an innovative object interface, that translates the mathematical analysis language into graphical form, the user can develop quickly and effectively customized elaboration protocols.
Using POCKETEMG, the selection of muscles, the duration and frequency of acquisition, the acquisition gains and the correct positioning of electrodes are easy and fast operations.
BTS POCKETEMG is supplied with Myolab, the smart and easy to use software that BTS has developed for EMG signal acquisition, visualization, and a first level of processing.
BTS Myolab with its advanced analysis tools is the most flexible solution providing advanced analysis, including the localized muscle fatigue measurement and cyclic contractions computing.
As option, for advanced EMG software applications BTS also offers BTS EMGenius and BTS EMG-Analyzer.
BTS EMGenius is the applicative software for the functional evaluation of cycle movements (as in the gait, by means of an automatic identification of the gait phases), or of movements as “hand to mouth”, “sit to- stand”, “hand flex-extension”, “reaching”, etc.
BTS EMGenius provides a user friendly and intuitive interface: the operator immediately learns how to use the software achieving the highest productivity level for the lab.
BTS EMG-Analyzer is the most complete software solution for EMG signal analysis. Includes predefined templates for evaluations in clinic, sport and research field: jump, pliometry, gait, fatigue analysis, isokinetics, etc… It integrates also an editor to design elaboration protocols: the user can develop quickly and effectively customized elaboration protocols. Thanks to an innovative visual object interface, the mathematical analysis language is translated into graphical form.
Brochure Brochure U.S. Request information
Compact and lightweight
Weighing about 300 grams and having a very small size, it is ideal also for use with children.
Powerful and complete
16 electromyograph channels and 8 basography areas, configurable on the weight threshold of the patient.
6 additional digital channels.
Software oscilloscope to set up gains and crosscheck.
Easy to use
Setup controlled by the patient unit or by the remote station
Intuitive graphical interface
Large interactive display
Advanced technology
10 kHz sampling frequency
16 bit resolution
Wireless data transmission with Wi-Fi protocol
Local backup of data: if the link is interrupted all data can be quickly restored.
LAB and Holter functions
The absence of connecting cables, the on-board logic and the data saved on interchangeable cards allow long time monitoring, following the patient in his or her daily activities.
Expandable
up to 2 GB Secure Digital memory cards.
Usable as a system component
Designed to operate with systems for movement analysis, posturometry and stabilometry.
BTS Pocket EMG patient unit
Analog channels: 16 electromyographic channels + 8 channels for basography areas
Digital channels: 6 channels usable for marking time events and start/stop trigger
10 kHz maximum acquisition frequency
16 bit resolution
Wireless data transmission (WiFi 802.11b standard)
VGA resolution 4” TFT screen, touch-screen
Supports up to 2 GB Secure Digital memory cards
Up to 24 hr operation with rechargeable batteries
Weight approx. 300 g
BTS Control Station
Station for processing the electromyograph signal and for wireless communication with the Patient Unit
BTS Myolab - BTS EMGenius software
Data acquisition, display and processing using drag and drop operations.
Software oscilloscope to display signals in real time (up to 8 channels simultaneously).
Database for data management, with relational access.
Video from external sources synchronized in MPEG2 format.
Protocol for the functional evaluation of walking (EMGenius only).
BTS MYOLAB with its several analysis tools is the most flexible solution providing advanced analysis, including the measurement of localized muscle fatigue.
With BTS Myolab BTS POCKETEMG can be used in numerous fields of application such as research, sports, occupational medicine, gnatology, neurology and orthopaedics. BTS EMGenius includes a protocol for the functional evaluation of cycling movements (such as gait) and, in combination with switches, can automatically identify events and generate normalized cycle data. With BTS EMGenius, BTS POCKETEMG becomes the most advanced diagnostic tool available today for clinical laboratories that need to evaluate neurological and orthopaedic pathologies, pharmacological therapies, motor deficit progression and to carry out rehabilitative follow-ups.
BTS EMG-Analyzer is the most complete software solution for EMG signal analysis.
Includes predefined template for evaluations in clinic, sport and the research field: jump, pliometry, gait, fatigue analysis, isokinetics, etc…
Includes an editor to design elaboration protocols: thanks to an innovative object interface, that translates the mathematical analysis language into graphical form, the user can develop quickly and effectively customized elaboration protocols.
Expansion module
Expansion kit for operating up to 32 analog channels (usable according to specific requirements for EMG, ECG, EOG, electrogoniometers and basography areas) + 16 digital channels. Footswitches Sensors for the automatic identification of the stride phases.
Software
BTS EMGenius includes a protocol for the functional evaluation of cycling movements (such as gait) and, in combination with switches, can automatically identify events and generate normalized cycle data. With BTS EMGenius, BTS POCKETEMG becomes the most advanced diagnostic tool available today for clinical laboratories that need to evaluate neurological and orthopaedic pathologies, pharmacological therapies, motor deficit progression and to carry out rehabilitative follow-ups.
BTS EMG-Analyzer is the most complete software solution for EMG signal analysis.
Includes predefined template for evaluations in clinic, sport and the research field: jump, pliometry, gait, fatigue analysis, isokinetics, etc…
Includes an editor to design elaboration protocols: thanks to an innovative object interface, that translates the mathematical analysis language into graphical form, the user can develop quickly and effectively customized elaboration protocols.