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SAGA
Our SAGA 32+/64+/128+ is the most advanced and versatile high density amplifier on the market. Recording human electrophysiological signals with quality and ease
– Use in portable or stationary experiments
– Low latency, high-quality electrophysiological signals
– 32 GB of onboard memory space
– Comes with 32 or 64 unipolar, 4 bipolar, and 9 auxiliary input channels
– Both 16-bit trigger and 1-bit trigger options
– Capture full band EEG, EMG, EOG, and ECG characteristics
– Combine with other sensors, including GSR, 3D accelerometer and oxygen saturation
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APEX
Record 24 or 32 channels of high-quality EEG signals effortlessly with a compact and lightweight design. APEX captures full-band EEG characteristics, with an analogue bandwidth DC to 350 Hz. Reference channels can be customized, from all channels (average) to a single channel.
– Easy To Configure
– Wearable and Flexible
– State-of-the-Art Accessories
– Wide Range of Application
– Data and Impedance In One
– Freedom to Create Your Own Application -
EEG Headcaps
At TMSi, we have four reliable and easy-to-use solutions to measure EEG signals. Available in all sizes, our headcaps and cEEGrids come with a LEMO multi-connector, shielded cable and Ag/AgCI electrodes.
– Infinity gel headcap
– Infinity water headcap
– Ring electrode headcap
– Around-the-ear cEEGrids
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Textile HD-EMG Grids
Thanks to the flexibility of the used fabric, the electrodes form to the skin perfectly, reducing the probability of movement artifacts due to the rigid material of current HD-EMG grids on the market. This makes it possible to study dynamic movements, such as walking or jumping, improving signal quality and reducing the need for artifact removal.
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emed®: Barefoot pressure platform
- emed® enables the analysis of the barefoot at highest quality level. It easily scans the pressure distribution and gives a reliable and accurate analysis of the foot function.
- emed pedography platforms are accurate electronic systems for recording and evaluating pressure distribution under the foot in static and dynamic conditions. The platforms provide accurate, reliable information for the analysis of foot function and diagnosis of foot pathologies. Foot deformities and malfunction can be detected during analysis of the barefoot pressure data.
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pedar®: In-shoe pressure sensors
- Measure in-shoe pressure in a free moving environment with reliable and precise sensors
- Scan the complete contact area with individually calibrated sensors that cover 99.5% of the contact area between foot and shoe
- Analyze interaction between the foot and the shoe in real-time
- Compare effect of adjustments within seconds (e.g. shoe inserts, gait parameters, etc.)
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loadsol®: Mobile in-shoe force sensors
- loadsol® sensors enable mobile measurement of the normal ground reaction force on the plantar surface of the foot. The system can be used both for static and dynamic measurements, to accurately quantify the forces generated between the foot and the shoe.
- The occurring forces provide important information concerning the kinetics of the body or element to be measured.
- The textile, soft, deformable and ultra-thin sensors are designed to enable accurate assessment of gait analysis, load analysis or maximum force analysis in any environment and during any body movement, to name some applications.
- Use loadsol® to capture the interaction between foot and ground accurately, effortlessly and with flexibility.
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Trigno Centro
- Stream effortlessly from up to 32 sensors with increased data handling and system performance.
- Combine real-time physiological data with the broadest range of EMG sensors inside a unified software experience.
- Real-time API pathways for custom streaming.
- Custom triggering options for synchronization and integrations with leading biomechanical tools.
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Trigno Lite
- High-quality EMG + movement data and point-of-care results with minimal setup required.
- Advanced software tools make for easy acquisition and interpretation of signals acquired from our high-performance Trigno wireless sensors.
- Our proprietary RF protocol guarantees synchronization between all sensors.
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Trigno Maize
- Wireless HDsEMG technology for spatial multi-muscle mapping
- This 16-ch HDsEMG sensor delivers multi-point EMG recordings of muscles in real-time during dynamic movements.
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EMG Sensors
- Trigno Avanti Sensor (Gait): The gold standard for surface EMG+IMU measurements.
- Trigno Mini Sensor (Finger): 1-ch mini EMG + IMU sensor
- Trigno Duo Sensor (Hand/Forearm): 2-ch mini EMG + IMU sensor
- Trigno Quattro Sensor (Face): 4-ch mini EMG + IMU sensor
- Trigno Galileo Sensor (Motor Control): Grid array sensor for extracting motor unit data.
- Trigno Maize Sensor (Dynamic movements): This 16-ch HDsEMG sensor delivers multi-point EMG recordings of muscles in real-time during dynamic movements.
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AUX Sensors
- Trigno Analog Input Adapter (Synchronization): Integrate analog outputs from dynamometers and third-party equipment.
- Trigno 4-Ch FSR Adapter (Gait and jumping): Designed to provide relative pressure-timing information.
- Trigno Goniometer Adapter (Rehabilitation and gait): Connect goniometers to measure joint angles.
- Trigno Load Cell Adapter (Force measurements): Connect Interface load cells to measure force.
- Trigno EKG Biofeedback Sensor (Sports Science): Easily add EKG signal recording to your physiological measurements.
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MyOnyx
MyOnyx gives you quick and easy access to a wide variety of modalities, with state-of-the-art advanced features:
- Electrostimulation: 4 channels of fully customizable powerful stimulation
- SEMG Surface Electromyography: 2 channels of 2048s/s raw signal. A plethora of feedback types and options: games, music, and animations. Simple or detailed reviewing, editing and reporting features. Measure patient muscle activation efforts, and teach relaxation, activation or fine motor control with the power of Biofeedback
- ETS (EMG-Triggered Stimulation): state of the art modality allows patients to start a task actively, and be assisted by electrostimulation once reaching a set threshold, thereby rewarding effort with movement and promoting neuroplasticity
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eVu TPS – Self Regulation Tool
Applied to a single finger, TPS (Triple Physiology Sensor) detects and transmits three highly-researched measurements of psychophysiological health: HRV, skin conductance and surface temperature.
Wireless (Bluetooth) medical-grade device for clinical and home use
Provides three feedback modes – graphical, music and reward points – encouraging users to increase their relaxation response as they follow a breath pacer.
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PortaMon (Muscle)
A wireless NIRS device, especially designed for the measurement of muscle oxygenation.
Measure:
de-oxyhemoglobin (HHb)
oxyhemoglobin (O2Hb)
total hemoglobin (tHb)
Tissue Saturation Index (TSI) in %
Physiological Measurement
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