tES

Transcranial Electrical Stimulation

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Description

Transcranial Direct Current Stimulation

tDCS is a form of neuromodulation that uses constant, low direct current delivered via electrodes on the scalp. It is designed to help patients with brain injuries or psychiatric conditions and major depressive disorder. tDCS is considered a safe, non-invasive brain, stimulation (IBS) with minimal risks of injury.
It transfers weak electrical current (0-2 mA) to specific regions of the brain via electrodes on the scalp, by either using the positive,e electrode or the negative electrode; to increase cortical activity, change neural activity and cortical excitability. tDCS is a safe, cost-effective small-size wearable device that, unlike rTMS, can be used at home.

Central Pain Syndromes:
Research has shown tDCS assists those who suffer from fibromyalgia, spinal cord injury, phantom limb, and chronic post-stroke pain, by improving motor recovery, motor skills, and motor learning.

Attention, Memorization, and Learning:
tDCS aids with attention improvement, memory boost, and learning ability. It could also expand brain calculation speed as well as vocabulary learning ability.

Mood Swings, Sleep Disorders, Depression:
tDCS is designed to modulate sleep quality and improve sleep disturbances symptoms like insomnia. It is also a mood regulator and assists patients with mood swing problem. Additionally, tDCS helps with symptoms related to cravings, addiction, and eating disorders. Those who suffer from addiction or food-related disorders can benefit from this neuromodulation-based approach.

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Specification

Specifications:

Technical Specifications	Number of channels: 2 Treatments modes: tDCS, tACS, tPCS, tRNS, CES Intensity: 1 to 2 mA Starting time: 1-60 ms Session duration: 1-60 minutes Maximum output current: 2 mA Dimensions: CM 39.89.8 Download info: FIFO Memory: 24 KB Power supply: Rechargeable lithium battery
Features	Portable Two separate channels Provides sham stimulations (for research studies) High quality LCD display Ability to pause and restart the session Support and after-sale services Special eMarker cap for accurate and fixed placement of electrodes Ability to continuously monitor the impedance of the electrodes for high safety

Delivery Set

Amplifier

1 pcs

Charge Cable

1 pcs

tDCS Cap

1 pcs

Technical Manual

1 pcs

Anode -cathode cable

2 pcs

Robber Electrode

4 pcs

5V adaptor

1 pcs

Sponge Bag

4 pcs

Accessories

Frequently Asked Questions

How long does tDCS take to work?A standard tDCS session can be anywhere from 5 to 40 minutes, but frequently used stimulation protocols in scientific publications are usually 20 to 30 minutes, at regular time intervals of 10 to 15 days. Some studies have observed positive effects for a few days, while some other studies observed improvement in the first session.
What does tDCS help with?tDCS has been researched for ADHD, impulse control, addiction, chronic pain, depression, and insomnia. tDCS is also used to improve attention, math skills, learning, sound perception, and creativity. New potential treatment targets are also regularly discovered. Instructions for using tDCS to recreate some of these studies can be found here: tDCS Montage Guide
How often can you use tDCS?In research, tDCS is most often used daily, weekly, or biweekly. These treatments also last from one to two weeks to 6 months. There are exceptions to these patterns - however, the frequency of using TDCS, as well as the duration, usually depends on the effect of the study you want to recreate.
What is anodal stimulation?Anodal tDCS involves applying the anode (positive electrode) to the region of interest, in order to increase neuronal excitability (depolarization) at that location and then make the nerves in this area of the brain is more likely to fire. this type of stimulation is useful when the treatment is aimed at increasing activity in certain areas of the brain.
What is cathodal stimulation?in contrast to anodal tDCS, cathodal tDCS involves the application of a cathode (negative electrode) to the area of interest, in order to reduce the excitability of neurons (hyperpolarization) at this site. The neurons in the area of interest are subsequently suppressed, making those neurons less susceptible to fire. This type of stimulation is useful when the treatment goal is to reduce the activity in certain areas of the brain.

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eStim (tES) device and accessories

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tES

Description

Specification

Specifications:

Delivery Set

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