The current generated flows through clips placed on the earlobes. The output current is adjustable from 80 to 600 microamperes, following the recent launch in Europe.
The described device utilizes a current generation mechanism that delivers a controlled microcurrent through clips that are attached to the earlobes. This method is often used in various therapeutic and bioelectrical applications, including auriculotherapy and other forms of alternative medicine.
The adjustable output current range from 80 to 600 microamperes allows for flexibility in treatment, accommodating different patient sensitivities and therapeutic needs. The design likely incorporates a variable resistor or a digital control interface to facilitate precise adjustments of the output current, ensuring that the user can tailor the treatment intensity as required.
The clips, designed for comfortable attachment to the earlobes, may contain conductive materials to ensure effective current transfer. Additionally, safety features such as current limiting circuits are essential to prevent excessive current flow, which could lead to discomfort or adverse effects.
The recent launch in Europe signifies compliance with regional health and safety regulations, which may include certifications for electrical safety and electromagnetic compatibility. This regulatory approval is crucial for market acceptance and user trust in the efficacy and safety of the device.
In summary, this device represents a modern approach to electrotherapy, leveraging adjustable microcurrent technology for potential therapeutic benefits, while ensuring user safety and comfort through thoughtful design and regulatory compliance.Current generated flows through clips placed on the earlobes Output current adjustable from 80 to 600 microAmperes Owing to the recent launching in Europe.. 🔗 External reference
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