I can attest to the unparalleled quality and robustness of their technology.
Helping students gain a deep understanding of the brain-muscle connection with hands-on experience and user-friendly tools.
Leading Institutions choose Delsys Trigno EMG Solutions
The Applications of EMG
Muscle Function and Physiology
EMG technology brings muscle physiology to life, allowing students to see muscle activity as it happens. From comparing activation patterns during different movements to analysing coordination in complex tasks, EMG makes biomechanics accessible and engaging. These insights turn abstract concepts into tangible learning experiences, fostering a deeper understanding of how the human body moves.
Research Project Experience
Incorporate EMG into student research projects to develop future leaders in these fields. With research-grade tools, students gain experience collecting, analysing and interpreting data for independent projects. By integrating EMG into education, institutions inspire innovation and prepare students to tackle challenges in movement science.
Real-World Experience
Bridge the gap between theory and practice by bringing EMG into real-world applications in rehabilitation and performance. Students can explore motor control, assess muscle imbalances and design biofeedback strategies to optimise recovery or performance outcomes.
Key Benefits of Delsys
Master the complexities of the neuromuscular system
Seamless integrations, Complete insights
Help your students gain a comprehensive understanding of how our different biological signals work together by integrating Delsys with third-party systems.
Create engaging and interactive learning experiences
Transform practicals by turning passive earning into an immersive experience
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 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
Become an Early Adopter for Trigno Analytics
Designed to provide quick and actionable EMG and movement insights, Trigno Analytics is reshaping analysis for researchers and practitioners.
As part of the Beta Program, you’ll have the opportunity to:
- Get exclusive access to upcoming features
- Provide feedback to shape future development
"The Delsys EMG system is an invaluable tool in our Rehabilitation Engineering lectures and for our Biomedical Engineering final year projects. It has helped me bridge the gap between theoretical concepts and practical application, allowing students to visualise and analyse muscle activity in real-time in a very easy and straightforward way. This hands-on experience has enhanced their understanding of neuromuscular principles whilst also sparking their curiosity.”
"In our teaching, the Delsys system really helps the students to understand muscle activity and muscle function. The ease of use of the system means in their first year, they can independently collect data and visually compare EMG traces and identify which tasks provoke the greatest activation. Combined with other equipment (an isokinetic dynamometer) they can learn about muscle activation, muscle torque and the idea of motor units and their recruitment. In their second year, they process the EMG data to quantify the effect of different movements/techniques, such as running and 'suggest' an optimal technique. Then, in their third year, they learn to embed this equipment with 3D motion capture and force platforms and link it to more complex tasks, or fatigue. The ease of use, and good quality data the Delsys system provides means students quickly become more critical of the limitations of EMG, rather than blaming 'poor data'."
“It’s always great when we start to use the Delsys EMG system with our Sport and Exercise Sciences students. You can really see their curiosity and understanding grow as they use the system and process the data. It is a key component of our biomechanics teaching, ultimately helping the students gain a more complete understanding of the analysis of human movement”.
"The Delsys EMG system has been a great addition to our event on how the brain works and the signals making the muscles move. It helps students connect theory to real-world application. It is a motivating experience when you can see the output immediately and visualise your own movement. It’s an engaging and easy to use device for students.”
"As a biomechanical researcher and faculty member, I’ve had the privilege of using the Delsys Trigno Avanti electromyography (EMG) sensors in both research and educational settings. These sensors have significantly enhanced how I assess muscle activity and teach the next generation of healthcare professionals and researchers.
For students, the Delsys Trigno Avanti EMG sensors are an exceptional learning tool. With intuitive setup and user-friendly software, they make it easy for students to grasp EMG concepts quickly, offering hands-on experience with real-time muscle data that deepens their understanding of neuromuscular function. I highly recommend the Delsys Trigno Avanti EMG sensors for research and educational use. They are an invaluable investment for anyone looking to advance research, teaching, and practical neuromuscular assessments"
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