The Evolution of Delsys
A History of Innovation
1993
Bagnoli Desktop Systems
In 1993, with the establishment of Delsys, we introduced the Bagnoli Desktop Systems, marking our first major step into the EMG market. These systems featured our unique parallel bar technology, revolutionizing the way EMG signals were captured and analyzed. This innovation set a new standard in the industry, marking Delsys as a leader in electromyography and paving the way for future advancements in the field.
2003
dEMG
In the early 2000s, pioneering projects with NASA pushed the boundaries of EMG research and led to the commercial release of Prof. De Luca’s motor unit decomposition solution, dEMG. These projects not only validated our technology in high stakes situations but also marked a significant milestone for Delsys, bringing advanced EMG analysis tools from our labs to the wider scientific community.
2004
Myomonitor
The Myomonitor presented the first wireless EMG device capable of both data logging and live streaming to a PC. This breakthrough technology offered unmatched freedom and flexibility in EMG research, allowing scientists and clinicians to capture high-quality EMG data in real-world environments. Before smartphones and mobile health apps, the Myomonitor enabled some of the first studies of muscle physiology that extended beyond the lab and into activities of daily living.
2008
Trigno Legacy 1st Generation
Reaffirming our commitment to research and development, we launched the now-renowned Trigno system. This release introduced the Legacy EMG system, featuring an enhanced wireless EMG option combined with accelerometer data. Trigno set a new standard for versatility and precision in movement analysis, and it’s a platform we continue to innovate and expand upon today.2010
Trigno Personal Monitor
We expanded the capabilities of the Trigno system with the launch of the TPM module, a wireless data logger designed to integrate with Trigno. This module empowered researchers and clinicians to capture detailed physiological data in dynamic, real-world settings. The Trigno Personal Monitor module further enhanced the versatility of the Trigno system, reinforcing our commitment to providing cutting-edge tools for advanced muscle research.
2011
Trigno Legacy 2nd Generation
As an upgrade to the Legacy EMG sensor, and enhanced with an increased accelerometer range, the new Trigno model provided users with even more precise motion data, further advancing the Trigno system’s reputation as a premier tool for comprehensive EMG and movement analysis.Trigno Mini EMG
Our next challenge was to engineer a smaller sensor head to achieve greater precision in capturing muscular activity patterns, particularly during speech. This effort led to the creation of the Trigno Mini, a compact yet powerful sensor. Originally designed for speech-related research, the Trigno Mini quickly gained popularity across various applications, proving indispensable for studies involving smaller muscle inquiries and accurate measurements.
2014
Trigno Snap Lead & Adaptor Sensors
Expanding the possibilities of the Trigno range was always part of the plan, and in the mid 2010’s we expanded the Trigno product ecosystem with options including snap lead EMG sensors, load cell and EKG adapters.
2017
Trigno Avanti
The creation of the Trigno Avanti sensor marked an upgrade and evolution of our sensor portfolio. Designed to withstand the demands of vigorous activities, the Trigno Avanti featured a triaxial IMU and enhanced onboard processing, providing unparalleled precision and durability. This innovation brought a new level of versatility to our EMG systems, empowering researchers to capture detailed data even in the most challenging environments.
2019
Trigno Galileo
Sixteen years after the original dEMG system, we made a significant leap forward with the release of the Trigno Galileo sensor and NeuroMap software. This breakthrough allowed users to gain deeper insights into motor unit behavior during dynamic actions, thanks to the wireless capabilities of the Galileo sensor. It marked a major advancement in muscle research, enabling reliable and detailed analysis in real-world, dynamic environments.
Trigno Quattro
Building on the popularity of the Trigno Mini sensor, we expanded the range in 2019 with the introduction of multi-headed mini sensors. These new sensors made it easier than ever for our clients to measure muscle groups with precision, providing greater flexibility and convenience for detailed muscle analysis across multiple sites.
2021
Trigno Maize HDsEMG
A revolution in high-density sEMG technology. Designed to deliver high-fidelity multichannel data, the Trigno Maize sensor empowers users to gain a deeper understanding of spatial distribution during any movement. This innovative tool represents a significant advancement, providing unparalleled precision for investigating muscle activity in complex and dynamic scenarios.
Trigno Lite
The release of Trigno Lite brought a new level of portability and robustness to our users, enabling them to take their Trigno Avanti EMG sensors out of the lab and into the field. Designed for on-the-go research, Trigno Lite offers the same trusted performance in a compact form, making it easier than ever to capture high-quality data in real-world environments.
2023
Trigno Link
Trigno Link was launched to bridge the gap between biomechanical and physiological systems. Trigno Link seamlessly integrates tools across these areas, enabling a deeper exploration of the mechanisms of human movement. This novel integration tool allows researchers to connect the dots like never before, providing a more comprehensive understanding of how our bodies move and function.
2024
Trigno Centro
The tagline ‘built on the past, informed by the present, designed for the future’ perfectly captures the essence of Trigno Centro. At the core of the Trigno wireless ecosystem, Trigno Centro empowers our clients to achieve their research goals with enhanced transmission, advanced synchronization options, and unmatched ease of use. Trigno Centro represents the culmination of our expertise, offering a powerful tool designed to meet the evolving needs of researchers.
