Product Description:

TECAR therapy (Transfer of Energy Capacitive And Resistive) is a type of physical therapy that utilizes electromagnetic energy to provide therapeutic benefits to tissues and muscles. It's often used for pain relief, tissue healing, and rehabilitation. The therapy is delivered through a specialized machine known as a TECAR therapy machine.

Features:

Here's how it generally works:

1. Capacitive Mode: In this mode, the machine's electrode delivers energy to the patient's body through a dielectric material (such as a special gel applied to the skin). This creates an electric field between the electrode and the patient's body, resulting in energy transfer. The electric field can penetrate the tissues to varying depths depending on the frequency and the characteristics of the tissue. It's particularly effective for superficial tissues and can help improve blood circulation, reduce swelling, and stimulate nerve endings.

2. Resistive Mode: In this mode, the electrode is placed directly on the patient's skin, and the energy is delivered directly to the tissues. This mode is more focused and penetrates deeper into the tissues. It's beneficial for treating muscles, tendons, and ligaments, helping to relax muscles, increase tissue temperature, and promote healing.

Technical Parameters:

Applications:

1. Energy Transfer: The TECAR therapy machine generates electromagnetic energy in the form of high-frequency currents. These currents can be of two types: capacitive and resistive.

2. Resistive Mode: In this mode, the electrode is placed directly on the patient's skin, and the energy is delivered directly to the tissues. This mode is more focused and penetrates deeper into the tissues. It's beneficial for treating muscles, tendons, and ligaments, helping to relax muscles, increase tissue temperature, and promote healing.

3. Energy Absorption: The tissues' resistance to the high-frequency currents causes them to absorb the energy. This absorption leads to an increase in tissue temperature, which can have various therapeutic effects. The increased temperature can enhance blood circulation, oxygen delivery, and the metabolism of cells in the treated area. This, in turn, can promote tissue repair, reduce pain, and accelerate healing.

4. Biological Responses: The increase in tissue temperature and the associated physiological changes trigger various responses in the body. These responses include increased collagen production, improved tissue elasticity, reduced muscle spasms, and enhanced nutrient and waste exchange at the cellular level.

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