In various medical and cosmetic procedures, a transparent, almost liquid, slightly sticky product is often used on the skin to facilitate the movement of applicators for gel application.
This product is known as conductive gel, specifically designed to enhance the conductivity between aesthetic equipment electrodes and the skin. It is used in medical procedures such as ultrasound and electrocardiograms but is also commonly employed in cosmetic treatments like radiofrequency and laser treatments, including intense pulsed light (IPL). Notably, microcurrent conductive gel is essential for enhancing the effectiveness of treatments targeting facial rejuvenation.
Function of Conductive Gel
The sound waves produced by ultrasound technology require a conductor for effective transmission. Ultrasound gel and Conductive Gel for Cavitation serve as ultrasonic coupling agents that reduce the resistance between the skin and the electrodes, improving signal transmission and enhancing the accuracy of detection results. This is particularly crucial during processes like ultrasound scans, where obtaining clear images is essential.
Additionally, it helps prevent irritation that could be caused by electrode friction.
Some microcurrent conductive gels also have moisturizing properties, helping to keep the skin hydrated during treatment. Although some professionals claim that these gels can promote the absorption of ingredients by the skin, this has yet to be scientifically verified.
Characteristics of Conductive Gel
It typically has a liquid or gel-like appearance and texture. The pH is neutral and it is odorless. Due to its viscous texture, it does not slide off the skin.
The gel is applied to the skin before starting a specific procedure. While it adheres to the skin, it is easy to remove because it is non-greasy.
When used in aesthetic radiofrequency treatments, rf gel facilitates a more even distribution of energy and lowers skin resistance, acting as a barrier to sound waves.
It is also used in laser treatments, such as intense pulsed light (IPL), where the conductive hydrogel helps improve the transmittance of light through the skin and reduces surface heat.
When to Use Conductive Gel
Top-Rank's conductive gel can be used for muscle stimulation, TENS therapy, cavitation, ultrasonic devices, microcurrent devices, rf devices, and medical aesthetic procedures.
When used as an electrode gel with TENS or EMS devices, it extends the life of your electrode pads, and its unique formula enhances electrical transmission.
In the realm of aesthetic medicine, it is often utilized alongside radiofrequency, although it is important to differentiate between bipolar and monopolar, as well as capacitive and resistive monopolar. For bipolar radiofrequency, glycerin or oil is used; for resistive monopolar, conductive gel is employed; and for capacitive monopolar, a cream is used.
When used in conjunction with facial microcurrent devices, radiofrequency devices, face beauty devices, or laser treatments (such as hair removal), a gel similar to conductive gel, such as microcurrent gel, is applied to ensure that the applicator glides smoothly. Additionally, our gel can also be utilized as a cooling gel to protect your skin from uncomfortable stinging and burning sensations.
What is Conductive Gel Made Of?
Free from parabens, fragrances, dyes, phthalates, and silicones, it is also non-staining, oil-free, and water-soluble, making it easy to use.
Sometimes, ingredients like aloe vera conductive gel, hyaluronic acid gel, glycerin, and menthol are added to the conductive gel, depending on the desired effects and the equipment used.
Top-Rank supports comprehensive customization of conductive gel regarding ingredients, viscosity, thickness, and resistivity. If you would like to learn more, feel free to contact us.