Soterix Medical

Integrated intraoperative monitoring system offering simultaneous acquisition and display of central and peripheral nervous system signals to support intraoperative decision-making.

The only true triple-blind, fully programmable, integrated system for transcranial electrical stimulation clinical trials, offering unmatched reproducibility, unique sham control procedures, and session by session dose control.

Device optimized for true double-blind clinical trials featuring customized duration, intensity, and SMARTscan Plus.

The clinical standard device designed specifically for transcranial Alternating Current Stimulation (tACS) featuring Open-Panel control and advanced waveform fidelity.

Technical specifications for the Soterix Medical 1x1 tES transcranial electrical stimulation system, detailing weight, power source, output current, voltage, connector type, and modes.

The Soterix Medical 1x1-LTE is a transcranial direct current stimulation device optimized for susceptible populations with features designed to reduce anxiety and sensation, including SmartScan, Relax, Tickle, and Limited Total Energy (LTE) technology.

Fully software-controlled multi-channel high-definition transcranial electrical stimulation system with standard and arbitrary waveforms.

High Definition tES stimulator package including connecting cables, 5 HD electrodes, 5 HD electrode holders, HD Cap (size 58), 10 HD-GEL, and EASYcase.

MxN-33 Output Cable for connection to HD-Electrodes.

High-Definition transcranial Direct Current Stimulation system utilizing arrays of small gel-based electrodes and neurotargeting software to target cortical and deep brain structures with weak DC currents.

High-definition tDCS MRI integration kit designed for simultaneous application of HD-tDCS inside MRI/fMRI environments.

A low-intensity stimulator designed for transcranial Direct Current Stimulation featuring SMARTscan, PRE-STIM TICKLE, and RELAX features.

Clinical trial transcranial direct current stimulation device used with LTE and OLE headgear.

Banana to Pin connecting cables for conventional 1x1 tabletop devices.

The first fully software-controlled stimulation system allowing simultaneous multiple-region targeting, sub-gyri targeting, and image-guided neuronavigation with programmable waveform control across up to 128 channels.

Complete kits providing an easy solution for full integration of the MxN-PRO stimulator with MRI/fMRI, rated for compatibility with sequences in a 7T machine.

Galvanic Vestibular DC Stimulator Model 0808WN including connecting cables, limited-use HD electrodes, HDM electrode holders, HD-Gel, vestibular headstrap, lithium-ion batteries, and battery charger with waveform capabilities including White Noise, DC, AC, and Random Noise.

Bench-top form factor GVS device featuring an Open-Panel design for easy access to all stimulation controls.

5-channel high-definition transcranial direct current stimulation system with stand-alone Open-Panel controls.

9-channel high-definition transcranial direct current stimulation system providing flexible and scalable deployment.

5-channel high-definition transcranial electrical stimulation system supporting tDCS, tACS, tPCS, tRNS, and toDCS waveforms.

9-channel high-definition transcranial electrical stimulation system providing flexible multi-waveform delivery.

Custom headgear with fixed electrode sites and built-in cabling for unilateral motor tDCS/tES electrode placements, engineered in adult and pediatric sizes.

Custom headgear optimized for OLE montage targeting the DLPFC in tDCS/tES applications, engineered in adult and pediatric sizes.

Custom headgear optimized for asymmetric, left targeted DLPFC montage in tDCS/tES applications, engineered in adult and pediatric sizes.

Custom headgear with fixed electrode sites and built-in cabling for bilateral motor tDCS/tES electrode placements, engineered in adult and pediatric sizes.

Custom head-gear with engraved landmark finder and ruler to position Soterix Medical EASYpads at standard locations.

EASYstrap configuration designed for symmetric lateralized DLPFC stimulation.

EASYstrap configuration designed for asymmetric, left targeted DLPFC stimulation.

Epicranial high-definition electrode holders designed for animal direct current stimulation systems.

Epicranial high-definition stimulation electrodes for animal direct current stimulation.

High-definition interferential stimulation system for professional use.

High-definition interferential stimulation system for professional use.

High-Pass output filter for precise high-frequency stimulation.

An extension of Soterix Medical revolutionary HD-Targets software that automatically determines the best Interferential (IF)/Temporal Interference (TI) configuration for any brain region.

An extension of Soterix Medical revolutionary HD-Targets software that automatically determines the best Interferential (IF)/Temporal Interference (TI) configuration for any brain region.

Soterix Medical HD-Cap available in Adult and Pediatric sizes.

Additional HD Cap for High Definition stimulation setups.

Portable research-grade HD-tES system integrated with up to 32 channels of EEG and powered by an internal Li-Polymer Battery.

Soterix Medical Hybrid HD Electrode Holder for High Definition tES (HD-tES) and Biosemi EEG electrodes.

Soterix Medical Hybrid HD Electrode Holder for High Definition tES (HD-tES) and BrainProducts Gen 2 EEG electrodes.

Soterix Medical Hybrid HD Electrode Holder for High Definition tES (HD-tES) and mbt EEG electrodes.

Soterix Medical Hybrid HD Electrode Holder for High Definition tES (HD-tES) and BrainProducts Gen 1 EEG electrodes.

Soft base holder for MRI compatible HD electrodes.

MEGA-IOM configuration featuring 32 IOM channels and 12 electrical stimulator channels.

MEGA-IOM configuration featuring 32 IOM channels and 4 electrical stimulator channels.

MEGA-IOM configuration featuring 16 IOM channels and 4 electrical stimulator channels.

Advanced multi-channel HD-tES system offering scalable channels from 5 to 10 and internal Li-Ion battery power.

Revolutionary non-invasive targeting software for optimal brain stimulation therapy, providing automatic electrode montage optimization and high-resolution current flow visualization.

Neurotargeting software that allows clinicians and researchers to rationally plan tDCS or HD protocols, simulate any conventional or HD montage, and investigate brain targeting.

Fail-safe and intelligent hand-held stimulators designed specifically for deployed use with onboard compliance recording.

Transcranial direct current stimulation system specifically designed for animal research.

Technical specifications for the Soterix Medical 4x1 high-definition tDCS system including weight, dimensions, and electrical characteristics.

The first research and clinical grade stimulator providing customizable precise interferential (IF) or temporal interference (TI) stimulation based on the MxN HD platform.

The only Animal DCS/tES systems and integrated accessory set optimized for pre-clinical research on tDCS/tES.

Multi-channel device used for High Definition stimulation in conjunction with Soterix Medical HD stimulators, electrodes, gel, and holders.

Transcranial direct current stimulation system including carbon rubber electrodes, disposable tSDCS EASYpads, elastic fastener, and connecting cables.

System meticulously designed for home-based HD-tES (High Definition transcranial Electrical Stimulation).

Head-gear that automatically positions electrodes in the optimal location for targeting DLPFC brain regions, designed to be faster, less error-prone, and simple enough for self-application.

Advanced pad electrodes designed for tDCS, coming fully assembled and saturated with a single snap connector, optimized for reliability using rivet-control of current edge buildup and advanced sponge materials.

The Soterix 4×1 HD-tDCS / HD-tES adaptor converts any 2-channel Soterix Medical tDCS stimulator into an HD-tDCS / tES device by intelligently dividing and guiding current generated by a 2-channel device.

Extension for 1x1 tDCS/tES devices.

Universal sleek and simple headgear for tDCS/tES electrode placement designed to position Soterix Medical SNAPpads at designated locations, maximizing reproducibility and subject comfort.

An inertial measurement unit (IMU) coupled with galvanic vestibular stimulation (GVS) to deliver motion-dependent vestibular stimulation with adaptive control, fully closed-loop capabilities, and portability.

Soterix Medical SNAPstrap headgear and SNAPpad electrodes for deployed neuromodulation, providing easy and precise electrode placement in remote settings.

Accessible storage of all of your conventional and HD tDCS/tES devices and accessories.

Surface stimulation electrodes for animal DCS applications.

Headgear that is simple to self-apply and guarantees accurate electrode placement with pre-saturated snap electrodes.

Sintered ring HD-Electrode designed to provide superior comfort and reproducibility.

Transcranial static direct current stimulation system.

The Soterix Medical PainX® tDCS system receives CE Mark for the treatment of Pain including Migraine and Fibromyalgia.

Software that integrates complete screening and assessments, tDCS dose management, and online digital therapeutics.

A simple but optimized design to properly position and reliably hold the Vestibular HD electrodes in place.

Medical grade sponge electrode designed for tDCS/tES sessions featuring uniform current delivery via a proprietary rivet design.

A supply kit used to conduct 5 sessions of conventional tDCS/tES.

Used for High Definiton, HD, stimulation in conjunction with a Soterix Medical HD stimulators, HD-GEL, HD-Cap, and HD-Electrode holders. HD-Electrodes can be used for a limited number of sessions and need to be replaced over time.

Individualized MRI-based custom HD-tDCS headgear.

Unique in providing drug-free therapy with minimal side effects while maximizing energy delivery to the dorsolateral prefrontal cortex (DLPFC) region for depression treatment.

Electrode holder specially designed for consistent contact with the mastoid.

Banana to Din connecting cables for conventional 1x1 tabletop devices.

1x1 mini-CT to HD-electrode connecting cable for handheld 1x1 mini-CT devices.

Sponge electrodes with conductive snap rubber insets providing simple and consistent set-up.

Electrode inserts for the EASYpads used for conventional tDCS/tES.

Innovative GVS headset providing three electrode placement options in order to achieve optimal stimulation of the mastoid processes.

Cloud-based individualized modeling service for brain stimulation based on a high-resolution modeling pipeline, allowing users to upload scans, process subject-specific head models, and correlate stimulation outcomes.

Hypoallergenic and medical grade elastic strap set for tDCS used to position EASYpads comfortably on the head.

Wider Base HD-Electrode Holder for High Definition tES (HD-tES).

Standard Base HD-Electrode Holder for High Definition tES (HD-tES).

Deployed transcranial electrical stimulation, without compromise.

A unique headstrap based on Soterix Medical BLUE hypoallergenic, latex-free, elastic material to securely hold mastoid electrodes.

Unique Soterix Medical MRI kit providing a solution for complete integration of conventional tES and HD-tES stimulators with MRI and fMRI.

HD-GEL for High Definition tES (HD-tES).

Banana to Din adapter cables for use with conventional 1x1 tabletop devices and SNAPstraps.

Additional disposable active sponge pads for tSDCS systems.

The only integrated device and accessory set for interferential (IF) or temporal interference (TI) stimulation.

Rubber headstraps for electrode positioning.

MATLAB based Triggering Interface for Soterix Medical tDCS and High definition tES (HD-tES).

Accessory to pair with any Soterix Medical product with the wireless trigger customization, allowing users to remotely start or abort stimulation without physical connection.

Body strap accessory for device mounting or securement.

Input cable for connection of a 1x1 stimulation device to a 4x1 device.

Wireless handheld trigger for Soterix Medical stimulation systems.

Elastic bands for simple positioning of electrodes on the head.

The NEUROLITH is a complete acoustic transcranial stimulation system developed by Storz Medical that delivers short acoustic pulses within an ultrasound frequency range for transcranial pulse stimulation (TPS).

The only preclinical solution designed for Neuromodulation.

Fully integrated low-intensity focused ultrasound pulsation system for neuromodulation, featuring MRI and fMRI compatibility, EEG synchronization, and a unique calibration process.

BioSemi compatible variant of the HD1 Electrode Holder.

A comprehensive repetitive Transcranial Magnetic Stimulation (rTMS) solution featuring exceptional portability, full patient management, preloaded protocols, rapid liquid cooling, and neuronavigation compatibility.

The only integrated device and accessories for clinical research on taVNS.

Fully integrated solution for rigorous and safe experimentation developed by the pioneers in tFUS.

BioSemi compatible variant of the HDM Electrode Holder.

The only solution that is indication-specific and dose-optimized for clinical research on tPBM.

Transport cases and mobile workstations.

Neural Navigator system manufactured by Brain Science Tools, Netherlands.

The most advanced TMS with unmatched strength and control, FDA cleared for the stimulation of peripheral nerves for diagnostic purposes.

Provides an isolation between SIGNAL IN and SIGNAL OUT ports on a device.

Accurate and precise navigation for cutting-edge TMS devices, including SPRY TMS.

Device intended to use a direct current to introduce ions of soluble salts or other drugs into the body.

A battery-powered wearable device placed behind the patient's ear that emits gentle current pulses to stimulate branches of specific cranial nerves to reduce opiate and opioid withdrawal symptoms.

Allows direct interfacing with E-prime software and Chronos response and stimulus device with the MXN system.

Transcutaneous electrical nerve stimulator intended to relieve chronic intractable pain and temporary muscle pain due to strain.

The first truly mobile EEG device offering research-grade brain signals.

An all-in-one digital EMG, EP, and nerve conduction system with options for up to 4 or 8 acquisition channels, built-in stimulators, and specialized software.

The highest density fNIRS system in an ergonomic form factor.