Soterix tDCS/tES MxN-HD

High-Definition transcranial Electrical Stimulation is a transformative technology for targeting cortical and deep brain structures with weak currents. Unlike any other neuromodulation technique, High-Definition transcranial Electrical Stimulation is non-invasive, targeted, and can leverage the therapeutic potential, convenience, safety, and cost-advantages of tES. Stimulation is scalable and can be integrated with any research grade EEG system. Integrated Soterix Medical Neurotargeting software and neuronavigation allows precise stimulator programming for brain targeting. Soterix Medical is the exclusive manufacturer and provider of High-Definition (HD) technology.

State-of-the-art neuromodulation system

The MxN is the flagship product of the leader in non-invasive neuromodulation and is backed by Soterix Medical performance guarantee and our unmatched technical support.

MxN HD System

Soterix Medical introduces the most advanced non-invasive neuromodulation platform ever developed: the M×N line of stimulators. The MxN stimulators comprise of multiple, independent, and isolated channels with one common (or reference) channel. The platform is fully scalable based on 9-channel (M×N-9) and 5-channel (M×N-5) modules. This means you can start with a powerful but economical system and add channels as needed, or break your existing system into independent functioning stimulators.

The MxN platform comprises of two stimulators: one exclusively for transcranial Direct Current Stimulation (MXN HD-tDCS) and one for transcranial Electrical Stimulation (MXN HD-tES)

MxN HD-tDCS

Each channel can deliver either positive or negative Direct Current (tDCS) while the common reference channel balances the residual current to ensure current conservation.

MxN HD-tES

Each channel can deliver either positive or negative Alternating Current (tACS), Pulse Current (tPCS), Random Noise (tRNS), Oscillating Direct Current (tODCS) in addition to Direct Current (tDCS) while the common reference channel balances the residual current to ensure current conservation.