Leading Institutions choose Delsys Trigno EMG Solutions
I can attest to the unparalleled quality and robustness of their technology.
Capture the full spectrum of neuromuscular activity with unparalleled precision. Transform complex neural signals into meaningful discoveries.
The Applications of EMG
Neuromuscular Disorders
EMG exposes the subtle disruptions in neuromuscular function, equipping clinicians and researchers with precise data to diagnose, monitor, and treat conditions affecting muscle control. From identifying early dysfunction to tracking therapeutic outcomes, EMG transforms the way we understand and manage neuromuscular health.
Motor Control
EMG uncovers the intricate commands shaping movement, offering researchers and clinicians a window into the neural mechanisms of coordination, adaptation, and motor learning. By decoding muscle activation patterns, EMG drives advancements in rehabilitation, performance optimisation, and the understanding of sensorimotor function.
Brain-Body Interfaces
EMG bridges the gap between neural intent and physical action, enabling cutting-edge advancements in prosthetics, speech therapy, assistive technology, and human-machine interaction. By capturing real-time neuromuscular signals, EMG fuels innovation in brain-computer interfaces, expanding possibilities for mobility, independence, and rehabilitation.
Key Benefits of Delsys
Precision in Neuromuscular Assesment
Reveal the intricacies of neuromuscular control with Delsys EMG solutions.
Reliability You Can Trust for Every Study
Confidence in your data starts with equipment you can rely on.
Versality for Research & Clinical Applications
Adapt seamlessly to any research or clinical setting with Delsys’ flexible EMG solutions.
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
- Synchronized multi-modal data collection
- Comprehensive threshold analysis tools
- Data export options for Python, MATLAB, .txt, C3D, CSV, .hpf
Trigno NeuroMap
Advanced technology to reveal the neural signals that drive human movement.
- Automatically extract high yield rich in motor unit action potential trains
- Visualise MUAP shapes and firing instances.
- Verified for each extracted MUAPT – on average 95%.
- Data export options for MATLAB, .txt.
Delsys Synchronization
Expand your inquiry with a range of integrative options for in-depth analyses
- Compatible a wide range of synchronisation possibilities
- Options for streaming directly into third-party softwares or hardware synchronisation to ensure time alignment
“My research agenda explores neuromuscular adaptations to aging, disuse, and exercise rehabilitation. The ability to non-invasively examine the behavior of individual motor units via the Delsys NeuroMap system is allowing our team to have a richer understanding of how the neuromuscular system adapts. This understanding will inevitably lead to better exercise and rehabilitation prescriptions, helping us all live longer, more fulfilling lives.”
“Part of my drive to study human motor control is to understand the mechanisms of muscle activation and how they may be affected following an injury or a lesion. One of the projects we are working on focuses on facial muscles and using the Delsys NeuroMap system has provided our team with the best tool to collect data from these small muscles. We are working to understand motor unit recruitment in movements of facial expression. This research is only possible due to the electrodes size and configuration and the software for non-invasive EMG decomposition.”
“My ability to investigate the functional characteristics of healthy skeletal muscle and those living with neurodegenerative diseases relies in part, on the use of tools, to get a deeper understanding of the complex mechanisms at play. Using the Delsys NeuroMap system has provided our team new opportunities to investigate some of the fundamental principles surrounding neural control.”
"Across my career in Chicago, Houston, Guangzhou, or Qingdao, Delsys equipment has been an important part of my labs, and applied in various projects from basic neurophysiological investigation to applied research in neuromuscular diagnosis and rehabilitation.“
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