HIFU 360 Max 25D Max

Advanced Aesthetic Technologies: RFs Heat, Microcurrent, and HIFU

This system integrates multiple technologies designed to interact with different skin layers through thermal, electrical, and mechanical stimulation, targeting the structural components of the skin.

RFs Heat (6.78 MHz Radiofrequency)
The 6.78 MHz radiofrequency technology emits a sinusoidal wave that penetrates the epidermis and reaches the dermis in a controlled manner. This process can increase tissue temperature up to approximately 65°C, generating a thermal coagulation effect.
It acts on the SMAS layer and fascia, creating a mesh-like pattern of coagulation points within the dermis, influencing the structural integrity of the skin tissue.

Microcurrent
Targeted microcurrent pulses act on the cell membrane by stimulating ion channels. This mechanism facilitates the transport of glucose and oxygen into the cell, as well as mitochondrial activity through cellular charge processes.
It also interacts with actin and myosin, producing isometric muscle contractions associated with superficial facial muscle activity. Additionally, it is related to neuromodulation processes and cellular response functions.

HIFU (High-Intensity Focused Ultrasound)
High-intensity focused ultrasound (HIFU) passes through the superficial skin layers to reach the deeper dermis and SMAS layer.
During application, tissue temperature may reach approximately 65°C, generating thermal coagulation points within the dermis and fascia. This process is associated with fiber contraction and structural activity of collagen across different skin layers.