Leading Institutions choose Delsys Trigno EMG Solutions
The Trigno system is a vital tool in aiding our clinical decision making.
Delsys equips clinical researchers with advanced EMG solutions that uncover the complexities of neuromuscular function. By delivering precise insights, our technology reveals intricate movement patterns and neuropathies, driving impactful advancements in patient care.
The Applications of EMG
Rehabilitation Biomechanics
The electrical signals captured by EMG provide researchers with a window into the inner workings of muscle function and coordination. By revealing the intricate dynamics of muscle activation during movement, EMG offers deeper insights into movement disorders, paving the way for more effective and targeted treatments.
Motor Control
More advanced applications of EMG allow researchers to investigate motor control abnormalities in conditions such as cerebral palsy, stroke, and Parkinson's. This contributes to a deeper understanding of disease mechanisms and the development of focused therapies.
Gait and Movement Analysis
EMG in clinical settings, like gait labs, provides critical insights into muscle activity, helping clinicians build a more complete picture of movement disorders and tailor interventions with greater precision.
Key Benefits of Delsys
Get accurate insights in clinical settings
Delsys EMG solutions are medical device certified, delivering high-quality insights into the neuromuscular system to support confident, well-informed decision-making in clinical and research settings.
Seamless integrations, Complete insights
Precision made simple
Delsys Solutions
Trigno Centro
- High channel count
- Extended wireless transmission
- Versatile integration options
Trigno Lite
- Lightweight receiver
- Portable system
- Low-cost
Trigno Link
- Integrate external physiological data
- Simple and cost-effective add-on module
- Time synchronized with EMG data
Trigno Avanti
- Gold Standard EMG sensor
- Incorporated IMU
- Movement artefact suppression
Trigno Mini
- Low profile miniature EMG head
- Separate components of EMG and IMU
- Access previously hard-to-reach muscle groups
Trigno Galileo
- Motor unit decomposition
- Assess changes in fatigue and motor control
- Automated and time saving algorithms
Trigno Maize
- Spatial representation of EMG signal to assess fatigue, pain, and disease
- 16 channels of wireless EMG
- High fidelity and simple to use
Trigno Discover
Modern and streamlined user interface for quick data collection supporting all Trigno wireless sensors
- Intuitive interface
- Integrated biofeedback and automated event marking
- Comprehensive threshold analysis tools
- Data export options for Python, MATLAB, .txt, C3D, CSV, .hpf
Delsys Integration
Expand your inquiry with a range of integrative options for indepth analyses
- Compatible a wide range of integration partners
- Options for streaming directly into third-party softwares or hardware synchronisation to ensure time alignment
"I have completed the collection of EMG data from 65 participants (with seven treatments) on myofascial trigger points (MTPs) over the last few months. The majority of participants preferred to participate in the experiment at home, which made it convenient for me to transport the black box of HDsEMG equipment to collect data outside the campus. I have also finished analyzing EMG data from the MTPs and non-MTPs regions, focusing on MDF and RMS using EMGWork analysis software. The results revealed a significant difference in MDF between the MTPs and non-MTPs regions, as well as between the upper and middle sections of the trapezius muscle."
“At the CRC, the Delsys Trigno system is used in conjunction with our Codamotion 3D movement analysis system and Kistler force platforms. In the 6 years it has been in place, we have used it on 2000+ children and adults. Data quality, reliability, and ease of use, along with the technical support from the Delsys team, have made the Trigno system a vital tool in aiding our clinical decision making.”
"We’ve relied on Delsys systems for our EMG assessments across various lab and field settings for years, both here in the UK and at our collaborator labs in Malta and Serbia. The technology itself is excellent, but what truly makes Delsys stand out is their outstanding support. Their team is quick, knowledgeable, and always there when we need them most."
“Muscle physiology is very complex and highly adaptable. Yet, neuromotor control is central to what we do – how we move and how we interact. Consequently, it is excellent to have an effective and user-friendly tool at my fingertips (Delsys NeuroMap) developed by decades of leading researchers and bioengineers. As a researcher, I love collecting neuromotor data on either healthy or pathological conditions to determine how neuromotor control leads to dysfunction or injury or how it can be optimized for injury prevention or rehabilitation.”
"I have used the Delsys Trigno Avanti sEMG system, along with the accompanying software, extensively for both research and clinical applications. I am thoroughly impressed by its ultramodern technology, user-friendly features, and exceptional versatility. This suite has significantly enhanced my work in biomechanics, sports science, and clinical physiotherapy."
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