Leading Institutions choose Delsys Trigno EMG Solutions
We trust the precision and reliability of Delsys to deliver innovative and advanced research in motor rehabilitation
The only company to offer a range of wireless EMG solutions that focus on understanding neural drive to the muscles at every level. Gain unique insights for neurorehabilitation and assistive technologies for augmenting human movement.
The Applications of EMG
Lower Limb Prosthetics
EMG signals enable more natural movement replication, while human-in-the-loop applications refine control algorithms, allowing real-time user feedback to enhance performance and adaptability of devices.
Wearable Robotics
The integration of EMG into exoskeletons to control assistive movements allows for enhanced mobility, improved user interaction, and tailored support for rehabilitation and daily activities.
Musculoskeletal Modelling
Provide data on muscle activation patterns to enable accurate simulations of movement dynamics and biomechanics for optimizing rehabilitation strategies and interactions with robotics.
Key Benefits of Delsys
Motor Unit Decomposition
The Trigno NeuroMap systems offers a non-invasive view of neural firings during functional tasks. Save time with advanced decomposition tools to uncover changes in motor unit recruitment patterns and modulations in response to rehabilitation interventions.
Delsys Solutions
Trigno Centro
- High channel count
- Extended wireless transmission
- Versatile integration options
Trigno Lite
- Lightweight receiver
- Portable system
- Low-cost
Trigno Avanti
- Gold Standard EMG sensor
- Incorporated IMU
- Movement artefact suppression
Trigno Mini
- Low profile miniature EMG head
- Separate components of EMG and IMU
- Comfortable fit under exoskeletons and straps
Trigno Galileo
- Motor unit decomposition
- Assess changes in fatigue and motor control
- Automated and time saving algorithms
Trigno Maize
- Spatial representation of EMG signal for pattern recognition
- 16 channels of wireless EMG
- High fidelity and simple to use
Evaluation
Trigno Discover
Modern and streamlined user interface for quick data collection supporting all Trigno wireless sensors
- Intuitive interface
- High channel count
- Seamless integration of physiological data
- Offline analysis
- Data export options for Python, MATLAB, .txt, C3D, CSV, .hpf
Control
Delsys API
Expand your research with open-source development tools
- Compatible with Python, C#, and Unity
- Access real-time Trigno data
- Low latency streaming
- Customizable example scripts
"We use the Delsys EMG system in our research to analyze gait patterns, muscle synergies, and recruitment. We develop lower limb rehabilitation strategies, combining electrical stimulation and exoskeletons. We trust the precision and reliability of Delsys to deliver innovative and advanced research in motor rehabilitation."
"My research focuses on wearable robotics and understanding human movement control. The Delsys Trigno EMG sensors are important for us to look deeper into the mechanics behind muscle force generation. By analyzing human muscle activations in rapid movement control, we can use this to predict human movement intentions in wearable robots."
"I have been using Delsys products almost 20 years, ever since I studied muscle activation patterns at the US National Rehabilitation Hospital and Rehabilitation Institute of Chicago. Now we use Delsys EMG for bionic control and neuromechanical research."
Explore 8000+ Publications
View Delsys Scholar for a full database of Delsys publications over the last 30 years
