All Alpha Omega neurophysiology systems and solutions are flexible and scalable for growing and evolving your research. Any multi-channel recording system can easily be expanded for higher channel counts or added capabilities, such as neural stimulation, close-loop experiments, or integrate behavioral markers with the data.
Built around real-time digital signal processors and programmed with an easy to use graphical interface, AlphaRS systems combine unmatched power and flexibility with ease of use.

Relevant Documents
Neuroscience Brochure  
Electrophysiological recording systems

Alpha Omega's multichannel data acquisition systems with advanced stimulation capabilities allow the researchers more flexibility and control over the experiment. The systems can be controlled thtough Matlab or C++ and each researcher can create paradigms for their unique research goals. Commands can be sent back to the Electrophysiological Recording System from MATLAB or C++ to control the software, adjust parameters, and trigger stimulation, making the system ideal for closed-loop applications.

AlphaLab SnR alphaRS
Motorized commutators

The motorized commutator or the slip ring commutator prevents the tethers from tangling and disrupting the experiment flow. This feature makes it especially suitable for free moving set-up – FMA. In cases that the cables are tangled to the point of influencing the animal movement, the data from the experiment becomes inaccurate and unusable.
Long-life Lithium batteries are crucial in lengthy experiments. The commutator is designed to reduce the amount of human supervision needed as much as possible, allowing you and your team to concentrate on the analytic aspects of the research.

AlphaComm-A AlphaComm-I Commutator’s functionality impacts the experiment’s outcome
Micromanipulators

Alpha Omegas' micromanipulators for restrained set-up, come in various models and customizable layout options to meet the various experimental needs of each researcher. The micromanipulators easily connect to popular chamber designs or, in smaller animals, can be stereotactic mount.

The micromanipulators are used for directing single electrodes, multiple electrodes or multi contact electrods and allow Flexible electrodes position.

The designs can be customized to fit your specific research.

EPS Flex MT MultiDrive
Scientific consumables

Our acute electrodes are produced under strict quality assurance. We are constantly collecting feedback from researchers to adapt our electrodes range to their needs. The electrodes are made from Tungsten shank 125-200 µM and glass coating and are suitable for high quality recording and stimulation.

Injectrodes Acute Electrode