Leading Institutions choose Delsys Trigno EMG Solutions
Using the data from my Delsys EMG, gyroscope and accelerometer together, I am able to do the right fit to get the most optimal position for each of the riders.
With over 30 years of expertise, our wireless EMG technology delivers unmatched insights into the neuromuscular system, capturing the full spectrum of movement—from powerful, explosive actions to precise fine motor control.
The Applications of EMG
Biomechanics
EMG captures electrical signals that provide a unique window into muscle function and coordination, uncovering the intricate dynamics of how muscles activate and work together during movement.
Motor Control
Leverage EMG to gain a deeper understanding of neuromuscular coordination and efficiency. By identifying subtle yet impactful adjustments, EMG provides the insights needed to refine biomechanical models, paving the way for innovation and advancements in movement science.
Applied Sports
EMG can be a powerful tool for enhancing athletic performance and potentially reducing injury risk, providing valuable biomechanical insights and monitoring muscle activation with precision.
Key Benefits of Delsys
Simplify Data Collection, Amplify Discovery
Uncover the hidden patterns of human movement with Delsys EMG solutions.
Research without Boundaries
Experience freedom of movement with Delsys’ robust wireless EMG technology.
Complete Understanding Starts with Connectivity
Achieve a complete view of human movement with Delsys.
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 Duo
- 2 Low profile miniature EMG head
- Separate components of EMG and IMU
- Perfect for small muscle pairs
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
"The Delsys EMG system has been an invaluable tool throughout my PhD, where I relied on it for four studies investigating muscle activation characteristics and knee injury risk in female footballers. I found it user-friendly and easy to integrate with 3D motion capture and isokinetic dynamometry. Moreover, the support staff are easily accessible and provide exceptional assistance and advice."
"Within my field of cycling biomechanics, Delsys has given me another step to understand exactly how the pedalling technique is performed and provide critical insight into the muscles of my cyclists. Using the data from my Delsys EMG, gyroscope and accelerometer together, I am able to do the right fit to get the most optimal position for each of the riders."
"We are pleased to affirm that the services provided by Delsys Inc have been exemplary and highly satisfactory. Whenever required, we have received prompt and efficient support, ensuring seamless operation and continued functionality of the Trigno EMG system.
Delsys Inc consistently demonstrated a commitment to customer satisfaction and has proven to be a reliable partner in meeting our needs."
"With a long history of utilizing Delsys EMG systems in my research, I am able to analyze muscle excitation and motor unit firing patterns to uncover mechanistic insights into neuromuscular adaptations. This work focuses on the effects of fatigue, sex differences, orthopedic injury, and disease-induced muscle weakness and atrophy, ultimately aiming to develop individualized exercise interventions that restore and enhance neuromuscular function."
Explore 8000+ Publications
View Delsys Scholar for a full database of Delsys publications over the last 30 years
