PLUX Biosignals 8-Channel System Kit

Name: PLUX Biosignals 8-Channel System Kit
Brand: Plux Biosignals
SKU: HW-GSR-EMG-ECG-030
Price: 4800 USD
Availability: InStock

In Stock

Important Note: This kit does not include any sensors.

This 8-channel tool-kit is designed to keep advanced research applications on budget while allowing wireless and high-quality signal acquisitions without limitations.

biosignalsplux enables up to ~10h of signal streaming at up to 3000Hz sampling rate and 16-bit resolution per channel while recording data from up to 8 sensors simultaneously. Due to its compact design, biosignalsplux can even be used for signal acquisition in dynamic conditions. Additionally, the Video Synchronization add-on allows the users to record videos during signal acquisition sessions to visualize all acquired signals synchronously with the recorded video for post-acquisition analysis purposes (e.g. movement analysis).

Kit Content

Hardware

1x wireless 8-channel hub
1x Bluetooth dongle
1x medical-grade charger
24x pre-gelled electrodes
1x portable and rugged storage case
8h personalized technical support

Important Note: This kit does not include any sensors.

Specifications

Analog ports	8 generic inputs
Auxiliary Ports	1 ground & 1 digital I/O
Resolution	Up to 16-bit (per channel)
Sampling Rate	Up to 3kHz (per channel)
Internal Memory	Not included (16GB optionally available)
Battery Life	~10h streaming; ~24h logging
Communication	Bluetooth Class II
Range	Up to ~10m (extendable)
Size	85x54x10mm
Weight	45g (without sensors)
Color	White

Publications with iMotions and Plux Biosignals

2026 The Society for Education, Music and Psychology Research Open Access Peer-Reviewed

An Interdisciplinary and Integrated Methodological Framework to Analyze Aesthetic Experience in Music Performances

AbstractObjective: Investigations of aesthetic experience have continually searched for field-research methodologies that measure physiological and self-report responses reliably and with little invasiveness. On this background, the interdisciplinary research project “ECR–Experimental Concert Research” set out to study aesthetic experience in live public concerts.Methods: A team of scientists from musicology, psychology, cultural studies, and software engineering were […]
- Facial Expression Analysis