India's Fastest Growing Healthcare Device E-Store
India's Fastest Growing Healthcare Device E-Store
India's Fastest Growing Healthcare Device E-Store
India's Fastest Growing Healthcare Device E-Store
The Medicaid Transcranial Direct Current Stimulator (tDCS) is a non-invasive neuromodulation device designed to deliver a weak direct electrical current to the scalp to modulate neuronal activity in targeted brain regions. The system uses an anode and cathode electrode arrangement, with adjustable stimulation parameters for controlled treatment sessions.
The portable, battery-powered design incorporates a digital display, adjustable treatment timer, impedance monitoring, and stable current output for controlled stimulation.
Transcranial Direct Current Stimulation (tDCS) applies a low-level direct electrical current between two electrodes positioned on the head. The supplied product information describes current levels typically in the 1–2 mA range, with the polarity of stimulation influencing neuronal excitability in the targeted region.
The Medicaid tDCS system provides adjustable session timing and stimulation parameters in a handheld format, making it suitable for appropriately supervised neuromodulation and rehabilitation applications.
The device delivers a low-level electrical current between an anode (positive electrode) and a cathode (negative electrode) placed on the scalp.\
The supplied description states that the polarity of the stimulation can increase or decrease neuronal excitability in targeted brain regions. The precise physiological response depends on factors such as electrode placement, current intensity, stimulation duration, and individual patient characteristics.
The system is designed to provide controlled low-level electrical stimulation.
According to the supplied information:
Treatment parameters should be selected according to the manufacturer's instructions and the applicable clinical protocol.
The device includes a digital display for monitoring treatment parameters and an adjustable timer ranging from 0 to 30 minutes.
The timer allows the operator to set the intended stimulation duration for a treatment session.
The tDCS system incorporates impedance monitoring, which can help identify inappropriate electrode contact or changes in the electrical interface before or during stimulation.
This is an important feature for controlled transcranial electrical stimulation because electrode contact and impedance can affect current delivery.
The Medicaid tDCS machine is designed as a portable handheld, battery-powered unit.
This design can facilitate use in appropriate rehabilitation and clinical environments without requiring continuous mains power.
The supplied information identifies several areas in which tDCS has been studied or used as an adjunctive intervention.
tDCS may be used alongside physical or occupational therapy as part of selected stroke rehabilitation protocols, including rehabilitation targeting motor or speech function.
tDCS has been studied in relation to conditions including:
Its use should be based on the relevant clinical indication and professional guidance.
tDCS has also been studied as a neuromodulation approach for chronic pain.
Clinical response can vary, and tDCS should not be presented as a guaranteed treatment for any condition.
| Specification | Details |
|---|---|
| Brand | Medicaid Systems |
| Device Type | Transcranial Direct Current Stimulator |
| Stimulation Type | Non-invasive direct electrical stimulation |
| Typical Current | 1–2 mA |
| Electrode Configuration | Anode (+) and Cathode (−) |
| Frequency | 1–150 Hz |
| Treatment Timer | 0–30 minutes |
| Display | Digital display |
| Safety Monitoring | Impedance monitoring |
| Current Output | Stable current output |
| Design | Portable handheld |
| Power | Battery-powered |
Specifications and included accessories may vary by production batch, market, or manufacturer revision. Please verify the exact configuration with the seller before purchase. This product information is intended for general product guidance and does not replace professional medical advice, diagnosis, or treatment.
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