Quick-20m FDA-Cleared 20-Channel Dry EEG Headset
The Quick-20m is a wireless, battery operated 10-20 montage EEG headset utilizing dry sensor technology. The headset provides an integrated approach to the wireless acquisition of EEG signals. A seated patient is free to exhibit natural movements while realtime data is collected.
The Quick-20m includes advanced amplification and shielding to reject ambient electrical noise. The headset obtains high-quality EEG with minimal scalp preparation. Patented mechanisms and a range of replaceable dry sensors align to various head shapes and sizes, maintaining sensor positions in a standard 10-20 layout. EEG channels are digitized with 24 bits of resolution at 500 Hz. The Quick-20m is suitable for general-purpose EEG.
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GP-8e+ PHYSIOAMP
MONITOR SIX CHANNELS – Two inputs channels are microvolt level with select-able gain and bandwidth for EMG or EEG or ECG. Two channels are temperature, respiration, or other high level sensors. One channel for skin resistance, One channel for PPG to measure HR and BVP.
SOFTWARE – General purpose signal monitoring and recording applications are included. The 2023 updated software is supported on Windows 10 and 11 Third party software is available from several suppliers. We provide drivers and support for software developers.
COMPACT DESIGN – A general purpose physiological signal monitor in a case the size of a pack of playing cards. Add a small computer and you have a system in your pocket.
NEW TECHNOLOGY – This gives cleaner signals, more reliability, and lower cost in a compact, rugged enclosure. The encoder provides 14 bit signal resolution.
NO BATTERIES – Power is supplied from the USB cable by a radio frequency isolation module. This provides complete electrical isolation from the computer.
CONNECTION TEST – A built-in test monitors electrode connections.
ADAPTABLE – A digital input to connect optional accelerometer or external event signals.
RELIABLE CABLES – Medical standard 1.5mm pin to snap leads are used for electrode connections and are available from many suppliers.
CGX CAMP COMPACT AMPLIFIER
Small wireless amplifier for wet cap systems
20 channels.
Battery operated.
Fits in your hand.
Portable meets powerful at an unbeatable price.
A full-feature 20-Channel wireless CGX amplifier designed for common EEG wet caps. Small enough to fit in your hand, the CGX CAMP connects to standard EEG wet caps with a DB-25 connector.
Quick-32r 32-Channel Dry EEG Headset
Highest Density Dry EEG System
32-Channels.
Completely redesigned.
Increased comfort, signal quality, and ease-of-use.
With built-in LED impedance measurement.
30 EEG channels plus 2 ExG channels for advanced researchers.
The Quick-32r is a complete rethinking of the capabilities of a dry EEG headset. With industry-leading signal quality, built-in noise rejection, long-term comfort, enhanced usability, and a unique built-in LED impedance indicators for real-time contact quality.
Quick-20r v2 21-Channel Dry EEG Headset
Wireless Dry EEG Headset
21 Channels EEG + 2 Channels ExG
Completely redesigned.
Increased comfort, signal quality, and ease-of-use.
With built-in LED impedance measurement.
Our most comfortable design now includes built-in LED impedance indicators for real-time contact quality.
We introduced the Quick Series headsets 6 years ago to critical acclaim from the research community. And we've been making incremental improvements in signal quality, comfort, and ease-of-use over the years.
The Quick-20r v2 is a complete rethinking of the capabilities of a dry EEG headset. With industry-leading signal quality, active electrodes for unparalleled noise rejection, long-term comfort, enhanced usability, and a unique on-board impedance checking system for instant confirmation.
Used the world over in basic research, neurofeedback, and rapid QEEG for guided TMS and other neurodiagnostic research. Quick Series headsets are the best-selling, most popular dry headsets available.
3D Electropalatography
3D Electropalatography (EPG) system
LinguaGraph 3D is an electropalatography (EPG) system that uses state-of-the-art computer animation and 3D modelling techniques to illustrate where the tongue touches the hard-palate during speech. The 3D model, which can be rotated 360°, provides direct articulatory information in real-time.