Electromyography (EMG) is a technique used to measure the electrical activity generated by muscles during contractions. By using EMG technologies, gain insights into muscle activation patterns, timing, intensity, and coordination for applications in sports performance, rehabilitation, biomechanics, and ergonomics. Leverage the neural signals for control algorithms to interface with robotics, human-machine interactions and extended reality.
Proprietary wireless protocol to maintain constant and tightly synchronized data transmission over a 40 m range.
Fixed interelectrode distance with patented parallel bar technology to ensure precise EMG signal monitoring.
Dry electrode for simple sensor preparation, placement, and long-term signal stability.
User-friendly software options to allow simple workflows for collecting, visualizing, analyzing and storing data.
Patented sensor design and dual-onboard referencing to minimize common signal interference sources and provide market-leading EMG data quality.
The Trigno® Centro Base Station is a communicating unit for Trigno® Avanti sensors and is capable of securing a continuous synchronized data stream with up to 32 sensors. It can synchronously digitize up to six user-configurable analog signals as well as a microphone input. Four user-configurable digital I/O channels for event marking and device synchronization functions are available. Control of the Centro Base Station is managed by Trigno® Discover® software or the user-programmable Trigno® API over a USB port.
40 m+ and benefiting from the dual antenna for transmission diversity
Proprietary RF communication over the 2400–2483 MHz (ISM band) frequency
32 sensors from the single Trigno Centro receiver
4 in-built BNC trigger ports for input/output, 5 V or 3.3 V, and constant-time sync pulses
Input of 6 channels of high-frequency analog data up to 48 kHz
3.5 mm connector for 48 kHz audio sampling
For cost-effective, portable, or space-constrained needs, the Trigno® Lite USB Adapter offers an alternative path to the Centro Base unit for wireless communication, allowing up to four sensors to communicate with a PC/laptop over a USB 2.0 compliant port. The Trigno® Lite adapter supports all the Avanti sensors available in the Centro unit.
A compact 4-sensor recharge station is available for the purpose of sensor recharging. Charge operation is identical to that of the Charge 16 unit using the same SC-P09 power supply. The green LED on the charger illuminates when it is ready for use.
Trigno Lite pairs research-grade sensors with laptop/tablet simplicity, delivering high-quality EMG and movement data plus point-of-care results with minimal setup, while its advanced software streamlines wireless signal acquisition and analysis.
Our proprietary RF protocol guarantees synchronization between all sensors. The USB receiver will be connected to a PC that can run our Trigno Discover app for plotting and storing data.
The Trigno® Link communication module is designed to interface with ANT+ and BLE-compliant devices and stream data from these devices into Trigno Discover Software. The module operates in concert with the Trigno Wireless Biofeedback System, synchronizing data from connected BLE/ANT+ sensors with data from the Trigno Avanti sensors. A minimum of one Trigno Avanti sensor must be in operation in order for this synchronization and data transfer to occur. The Trigno Link module will communicate with either the ANT+ protocol or the Bluetooth Light Energy (BLE) protocol but cannot communicate with both simultaneously. Multiple ANT+ sensors or multiple BLE sensors can be supported at one time. Note that some sensors support both communication modes. To facilitate operation, the system will remember the previous configuration used.
Combine 3rd party ANT+ and BLE physiological devices into Trigno Discover alongside Trigno EMG data.
Visualize simultaneous data streaming from physiological and neuromuscular responses within an intuitive dashboard.
Access new layers of insights with easy options for reviewing and exporting data.
Record from 2-32 wireless sensors
40g
50.5 W x 69.5 L x 20.0 H
USB-C
Integrated Data Streaming and Analysis
Enhances organization, improves searchability, streamlines access, and ensures efficient data sharing across collaborators and projects.
Ensures consistent, accurate data, with normalization techniques and improves reliability for precise EMG signal analysis.
Enables targeted muscle control through actionable insights for improved performance, rehabilitation and engagement.
Real-time topographical representation of muscle activity for dynamic mapping of regional distributions.
Automates event detection, improves accuracy, streamlines analysis, and provides in-depth data metrics.
Increases flexibility, enables diverse data sources, enhances system compatibility, and supports various hardware configurations.
Automatically extract and visualize motor unit shapes and behavior.
Reveal the neural code that drives human movement.
Analyze the neural foundations of complex movement like cycling and gait.
Discover relationships between neural signals, muscle activity and kinematics.
Identify time intervals for further analysis.
Quantify and compare neural activation across time, muscles and subjects.
Designed as a bridge between Delsys Trigno data and the expanding digital world, the Delsys API creates customizable real-time interfaces for reserach, OEM, and industry projects across movement and robotic applications.
Extensive knowledge-based resources and example codes
Get real-time access to Trigno data for adaptive environments
Interface with Python, C#, or Unity and connect with 3rd party equipment
Design tools for on-demand data-driven results
Create immersive and engaging experiences with AR/VR environments
Leverage myoelectric control for robot interactions
Windows 11
Python 3.12.0 (For Python developers)
Unity 2021.3.0f1 or greater (For Unity Developers)
VSCode 1.97 (recommended)
Items marked with* are investigational devices and for research use only. CAUTION - Investigational Device. Limited by Federal (or United States) law to investigational use.