1x1 tDCS Device

The Soterix Medical 1x1 tDCS stimulator is designed for use by researchers, clinicians and biomedical engineers. Built to be the most precise stimulator ever produced for non-invasive electrical stimulation. Comes with the Soterix EASYpads and EASYstraps.

Investigational Device. This product is currently limited to researchers or medical doctors. Please fill out the form below for additional information and pricing.

Soterix 1x1 tDCS Device

The Soterix Medical 1x1 tDCS stimulators and accessories is the first platform designed by researchers and biomedical engineers for transcranial Direct Current Stimulation. The 1x1 remains the only platform with custom features allowing simple to use and reproducible set-up, electrodes and headgear (including the exclusive EASYpads™ and EASYstrap™) designed and tested for tolerability, and software driven Neurotargeting. The 1x1 platform stimulators are the most precise stimulators ever made for non-invasive electrical stimulation, including unique control features not available on any other products.

The Soterix Medical 1x1 is the clinical standard device when precision and safety cannot be compromised. The Open-Panel™ control panel allows simple set-up and monitoring. Exclusive features including SmartScan™, RELAX™, and TrueCurrent™ ensure every run is successful.

tDCS Overview

Transcranial Direct Current Stimulation (tDCS) is a non-invasive procedure in which a device sends a small Direct Current (DC) across the scalp to modulate brain function. The Soterix Medical 1x1 tDCS Low-Intensity Stimulator sends a low-level current from the positive electrode, anode, to the negative electrode, cathode. When the extremely low level current passes from the anode to the cathode, it may simultaneously increase the activity of the brain by the anode and decrease the activity of the brain near the cathode.

tDCS mechanisms are considered to result from the ability of very weak DC currents to safely induce reversible changes in cortical plasticity. The induction of lasting changes in cortical excitability can, under some conditions, reversibly modify behavior and interact with normal learning. Such findings have driven a large number of studies examining whether tDCS might induce functionally significant changes in patients with a large variety of neurological and psychiatric disorders.

tDCS dose can be defined as: 1) The size and position of the electrodes on the body and 2) The duration (in minutes) and intensity (in mA) of current passed across the electrodes. Soterix Medical tDCS systems allow precise reproduction of tDCS doses commonly used in medical literature. Soterix Medical engineers can work with you to determine the best configuration for your application. tDCS is an investigational technique and it is the responsibility of the operator to determine the appropriate tDCS dose.

tDCS safety is supported by medical literature to have common side effects limited to mild and reversible skin irritation, when using standard tDCS protocols and guidelines. Soterix Medical tDCS stimulators and electrodes are uniquely designed to minimize skin irritation – for example, the exclusive SMARTscan feature provides a simple indicator to the operator of the contact conditions before, during, and after stimulation. tDCS is an investigational technique and it is the responsibility of the operator to identify and follow the most appropriate safety protocols.

tDCS comfort can be controlled by the operator by using devices, such as the Soterix Medical 1x1 tDCS Low-Intensity Stimulator, which are specifically designed for clinical tDCS. For example, the unique PRE-STIM TICKLE and RELAX features available on all Soterix Medical 1x1 models are designed to condition the skin prior to stimulation and allow the operator to accommodate subject feedback without stopping stimulation.

Device Features

Each Soterix Medical 1x1 feature was developed by our team of biomedical engineers consulting closely with leading clinical centers. Designed to simply set-up, provide intelligent warning of a fault condition, and allow for adjustments for patient comfort, these features facilitate reliable and tolerated tDCS. The Soterix Medical SmartScan™ feature is central in all tDCS devices to allow reliable set-up and monitoring. The RELAX™, Tickle™, and TrueCurrent™ innovations were developed for the 1x1 tDCS.

Smartscan: Provides a continuous visual indication of electrode quality before and during stimulation. From pre-stimulation set-up, to during stimulation monitoring, to post-stimulation confirmation, the Soterix Medical SmartScan™ feature provides an intuitive and clear indication of electrode contact quality. Use the SmartScan™ during set-up to adjust electrodes and head-gear for optimal fit. During stimulation, SmartScan™ provides a constant indication of electrode quality and can be monitored during adjustments (e.g. addition of saline to drying electrodes). After stimulation, SmartScan™ confirms a successful trial. Because “resistance” is not meaningful for tDCS, SmartScan™ was developed by Soterix Medical engineers to provide clinical investigators with a simple to read indication of contact quality.

True Current: Clearly indicates the actual current supplied at the moment. What other devices promise, the 1x1 tDCS delivers. The back-lit display can be monitored during stimulation ramp up to confirm that the targeted current intensity is achieved.

Tickle: May be used to supply a very weak current prior to tDCS to help condition the skin. Tickle™ may be used to both condition skin prior to tDCS and for naïve subjects who are anxious about stimulation. A custom on-off waveform pattern generates mild and brief sensation under electrodes.

Relax: Allows the clinician to use a simple sliding bar to transiently decrease the current from the pre-set value, for example, based on subject feedback. Based on feed-back from leading clinical centers, Soterix Medical exclusive feature, RELAX™, accommodates subjects who may be anxious when stimulation is initiated or during the course of stimulation. The RELAX™ slider may be adjusted from full to reduced intensity based on subject perception without interrupting or aborting stimulation.

Auto Sham: Simple and intelligent sham waveforms. An automatic stimulation sham feature that is engaged with a simple switch. Auto-sham automatically calculated and produces a sham waveform based on the indicated “real” waveform. For example, for a corresponding real waveform of 1.5 mA and 10 minutes. auto-sham will provide a ramp up/down to 1.5 mA at the start of of stimulation, and again after 10 minutes, with the timer automatically adjusted such that the total run time us exactly matched to the real case. Based on the Soterix Medical Open-Panel™ design principle: with no complicated programming or hidden drop-down menus required.

Optional Features:

toDCS: transcranial oscillating Direct Current Stimulation. Request this special mode for the only devices designed for precise modulated direct current stimulation. toDCS includes all the features of standard 1x1 tDCS but provide only oscillating direct current waveforms.

LTE-CT: Limited Total Energy for Clinical Trials. The same advanced power managment system used in the 1x1-Clinical Trial devices available only by special request on the 1x1-tDCS. CT-LTE provides a unique power and voltage limited technology, exclusive to Soterix Medical. For conventional LTE, limited to 1.5 mA, use the 1x1-LTE tDCS model.

⁺EEG: The lowest noise tDCS device ever, for combination with EEG recording: Available only by special request, the +EEG mode on the 1x1-tDCS is a unique device especially designed for combination with EEG recording. All standard 1x1-tDCS devices already provide industry standard precision and low-noise output control. The +EEG mode of the 1x1-tDCS is a unique product only for EEG application where “floor level” noise is required from the simulator for theoretically maximized EEG S/N. Contact Soterix Medical professional support for guidance.

Soterix Medical 1x1 tDCS Device Features

Stimulation precision and control

The Soterix Medical 1x1 platform is the most accurate tDCS technology available. Built into every 1x1 device are the most advanced monitoring and control systems updating performance and feedback over 1000 times per second. Stimulation output fidelity (signal-to-noise) is maintained during the entire stimulation session even if electrode conditions change. Precise control of output waveform is essential for stimulation efficacy and safety.

Clinical trials with Soterix Medical 1x1 tDCS remove uncertainty about device output and ensure results are meaningful and reproducible.

Industry Standard For Clinical Trials

The Soterix Medical 1x1 was developed by clinical researchers, scientists, and biomedical engineers to provide all clinical standard tDCS protocols. Current intensity from 0.5 to 2 mA, and current duration from 5 to 40 minutes. Stimulation set-up is straight-forward with the simple to set-up Open-Panel™ controls, 1x1 electrode accessories, and SmartScan™ indicator. The tDCS 1x1 features allow you to focus on the subject and experiment, not the device.

Compatibility with monitoring technology

With increased interest in the use of monitoring, such as EEG, PET, MEG, Eye-tracking, NIR and fMRI in conjunction with tDCS, Soterix Medical remains the only company with the technology and expertise to ensure successful integration. Stimulation generates artifacts in all monitoring modalities including fMRI (Antal A et. al 2012), such that use of technically compatible devices without also integrating rational trial design, can lead to errant findings.

1X1: 1 anode, 1 cathode. Infinite possibilites.

The Soterix Medical 1x1 platform of devices are the industry standard for clinical trials with transcranial Direct Current Stimulation (tDCS). 1x1 tDCS montages uses two electrodes: the Anode electrode and the Cathode electrode. The Anode electrode has a positive voltage relative to the Cathode electrode. Current enters the body under the Anode electrode, flows through the brain, and exit the body at the Cathode electrode. By controlling the position of the anode and cathode electrode, the current flow through the brain can be targeted. Reliable current delivery and reproducible electrode placement is therefore critical for reproducible tDCS outcomes – Soterix Medical unique device and accessory design allows the more reliable dose delivery with the simplest and more intuitive set-up.

The Soterix Medical 1x1 platform and accessories allow application of all standard tDCS montages as well as flexibility to design you own innovative montages. Below of three common montages used in tDCS clinical trials with typical device settings*. Have a new target or montage? Soterix Medical scientists are ready to assist in dose design and selecting the right equipment and accessories for you needs. Or leverage tDCS-Explore for the most advanced current flow modeling tools at your fingertips.

Why Soterix tDCS

Soterix Medical sets the industry standard for transcranial direct current stimulation. Each Soterix Medical 1x1 feature was developed by a team of biomedical engineers consulting closely with leading clinical centers. Designed to simply set-up, provide intelligent warning of a fault condition, and allow for adjusting for patient comfort , these features facilitate reliable and tolerated tDCS. The Soterix Medical SmartScan™ feature is central in all tDCS devices to allow reliable set-up and monitoring. The Relax™, Tickle™, and TrueCurrent™ innovations were developed for the 1x1 tDCS.

Clinicians and researchers choose the Soterix Medical 1x1 systems to:

  1. Ensure reproducible and precise stimulation operation across subjects and time.
    When precision cannot be compromised, leading clinical investigators choose Soterix Medical 1x1 products. Each device is optimized to produce consistent output and performance. With Soterix Medical you can worry about your study design and your subjects, knowing the device is engineered to the highest medical standards.
  2. Provide for simple and comfortable set-up and stimulation.
    The 1x1 platform of devices, software, and accessories are uniquely designed for tDCS with rational optimization to your study. One size does not fit all. For each application Soterix Medical engineer consulted with clinical leaders to determine the best practices and optimal stimulation settings. Each Soterix Medical device is further simplified to ease of use and robust operation - one looks at our device designs and the focus on usability is clear.
  3. Conduct clinical studies with state-of-the-art control and safety features.
    Advancing practice of tDCS requires devices and protocols integrating the latest advances in technology and science. Soterix Medical was founded to support this effort and provides unparalleled support to every user. Devices and accessories incorporate exclusive features for rigorous trial design, tolerated procedures, and reproducible protocols.
m1so tdcs montage

1x1 How to Use Demonstration

Customer Reviews

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D
D.L.
Gold Standard

Soterix is the gold standard in tDCS devices. We are using ths device for our study and the team at Caputron has been very helpful in helping us get the necessary tools to be able to run our trial.

R
R.O.
Pricey but worth it

Designed specfically for research this device is pricey but it is extremely well built, provides continuous feedback and our IRB approved it instantly.

M
M.L.
Better than neuroconn

We chose to use this device over the neuroconn device. The support offered by Caputron helped us make the decision as they are incredibly fast in their response and even video called us to help walk us through some of the device features.

M
M.
Purchased for my clinic

Use this device for treatment in my clinic and than recommend to my patients to purchase the Activadose device to continue at home sessions

W
W.
Used in our lab

We use this in our lab with special electrodes for animal stimulation. Amazing device, the current output is incredibly accurate. The contact quality feedback we get from the device is extremely important when dealing with electrodes only a few mm wide.