brainAmp DC

brainAmp DC 

The brainApm DC with 2x 32 EEG channels is part of the equipment of the Interaction Lab. It can be used to measure two subjects in parallel.
  • 64 EEG channels
  • Active Electrodes
  • 5 kHz Sampling rate
  • BrainVision Software
actiCHamp Plus

actiCHamp Plus 

The actiCHamp Plus consists of 64 established EEG channels. In addition to this it provides 8 further, bipolar inputs which can be used to measure additional electrophysiological parameters such as ECG, EMG or EDA. This way, the effort for a post-hoc synchronisation of the recorded data is eliminated.
  • 64/8 EEG/Bipolar
  • Active Electrodes
  • 5 kHz Sampling rate
  • BrainVision Software
LiveAmp 64

LiveAmp 64 

This mobile EEG amplifier is able to measure either 64 EEG channels or 56 EEG channels as well as 8 bipolar channels. It is compatible with the NIRSport 2 fNIRS system.
  • 64 EEG channels
  • Active Electrodes
  • 500 Hz Sampling rate
  • SD Memory
NIRSport 2

NIRSport 2 

The NIRSport 2 is a functional near-infrared spectroscopy system (fNIRS) of the latest generation. Its compact design (162x125x60 mm) and light weight (~900 grams) turns it into an ideal devise to be used for mobile experiments. A high-speed WiFi connection is used to connect the devise to the acquisition computer. This allows a range of movement of approximately 30 m. It can be combined with mobile EEG systems such as the LiveAmp by Brain Products.
  • 16/16 Sources/Detectors
  • 240Hz Sampling rate
  • Aurora Software
BioPac MP160

BioPac MP160 

The BioPac MP160 measuring system is able to record various peripheral electrophysiological parameters such as ECG, EMG, or EDA.
  • 6 Channels
  • up to 400 Hz Sampling rate
  • AcqKnowledge Software
PLUX 8-Kanal Hub

PLUX 8-Kanal Hub 

Portable system for the acquisition of various electrophysiological parameters (e.g. ECG, EDA, EMG, respiration, activity). Due to its compact design (85x54x10mm, 45g) und long battery runtime, the PLUX is an ideal tool for real-world experiments. The collected data can be transferred to the acquisition computer via Bluetooth or stored locally.
  • 8 Channels
  • 3 kHz Sampling rate
  • 16 GB Memory
  • OpenSignals Software
Tobii Spectrum Pro Eyetracker

Tobii Spectrum Pro Eyetracker 

Screen-based eye tracker capturing gaze data at speeds up to 1200 Hz. This high-performance research system provides superior data quality and is designed for extensive research into behaviour and eye movements – from fixation-based studies to studies inverstigating micro-saccades.
  • 1200 Hz Sampling rate
  • 0.3° Accuracy
  • 24" / 1080p Screen size
SMI Eye Tracking Glasses

SMI Eye Tracking Glasses 

Portable SMI Eye Tracking Glasses can be used in many experimental setups due to their robustness.
  • 120 Hz Sampling rate
  • 0.5° Accuracy
  • 1280x960p Camera resolution
Noldus FaceReader

Noldus FaceReader 

The FaceReader by Noldus is a video-based system for the automated recognition of facial expressions associated with the emotions happiness, sadness, anger, surprise, fear and disgust. The classification is done with the help of machine learning algorithms. The FaceReader can be used in livestream, video and image analysis.

VIVE Pro 2

VIVE Pro 2 

High-end VR system consisting of base stations, controllers and laser position trackers for creating immersive VR impressions. In addition, it consists of an integrated eye tracker to capture the eye movements of the subjects. Thanks to the highly accurate position tracking the subject can freely move within the VR environment.
  • 4896 x 2448p Resolution
  • 120° Field of view
  • 90 Hz Refresh rate
  • Yes Eye tracker
Perception Neuron 3 Motion Analysis System

Perception Neuron 3 Motion Analysis System 

Lightweight and wireless inertial sensor-based motion analysis system with 18 sensors. In combination with the VIVE Pro 2 VR goggles, the system can be used to create and animate a body model.

  • bis 600 Hz Sampling rate
  • 0.02° Accuracy
  • 1 hour Battery life
  • ~ 4 m Coverage
Creality Ender-7 3D Printer

Creality Ender-7 3D Printer 

This modern 3D printer offers the possibility of producing mechanical components of experimental set-ups quickly and precisely. The printer uses the so-called Fused Deposition Modelling (FDM) technology, in which a previously computer-created model of the object to be printed, is built up layer by layer from a fusible plastic.
  • 250x250x300 mm Printing size
  • up to 250 mm/s Printing speed
  • up to 0.1 mm Printing precision