ULTRAcel Q+ (the fourth generation of high-intensity focused ultrasonic lifting) uses HIFU high-intensity focused ultrasonic technology (High Intensity Focused Ultrasound) to precisely apply energy to the deep subcutaneous SMAS fascia layer of the part to be improved In order to avoid damage to the skin surface, the deep skin tissue is heated to generate tiny and independent thermal condensation points in the tissue, and the original loose fascia layer is contracted by thermal stimulation, and the human body's self-reconstruction ability is activated.
ULTRAcel Q+ Features
Feature 1:
Knife-free disposal method and faster firing speed, only 1.486 seconds for one shot, effectively shortening the treatment time and will not affect daily life.
Feature 2:
The probe is improved to a slender design. Compared with the traditional probe, the width is smaller, and it can fit more tightly in the narrow part, improving the accuracy and fineness of the injection.
Features three:
Accurate positioning can be achieved through focused ultrasound, which can not only conduct heat energy to the SMAS fascia layer, but also go deep into the fat layer, tighten the contour line, and upgrade the V feeling.
Principle of action
In the traditional skin lift, the key to be dealt with is the SMAS layer, and ULTRAcel Q+ (the fourth generation of high-intensity focused ultrasonic lifting) is an improved version of high-intensity focused ultrasonic technology using HIFU (High Intensity Focused Ultrasound) The slender probe transmits the thermal energy stably and accurately to the SMAS fascia layer at a depth of 4.5mm under the skin, making it fit more closely even in troublesome narrow parts.
Multiple Depth Probes
─Customized processing strength is more efficient
• You can select the probe suitable for the face or body according to the individual needs.
• Customized probe selection, smoothing fine lines, reducing wrinkles, and firming the skin.
• It is suitable for facial brow lift, sagging chin lift, skin firming of cheeks, lower abdomen and thighs.