Our body is aging day by day. All organs are affected, but this is especially noticeable on the skin. By about 35-40 years of age, collagen production decreases, facial wrinkles appear, the skin becomes drier and loses its flexibility. The next milestone, especially for women, is menopause. A decrease in the production of its own hormones quickly accelerates the aging process of the skin, increasing its flabbiness, deepening furrows and wrinkles. Aesthetic medicine can both delay this process and help combat existing changes. Especially when Ulthera technology (HIFU device) is available.

Why Ulthera?

For several years, the market has been dominated by HIFU (High Intensity Focused Ultrasound) technology, that is, a focused beam of ultrasonic waves. This is a procedure designed to perform "non-slip lifting", that is, tightening the skin, increasing its density and elasticity, reducing the sagging oval of the face, smoothing wrinkles. It should be noted that Ulthera is one of the devices whose operability has been clinically proven and approved for use by the US Food and Drug Administration (FDA). In the maze of diverse advertising, it is worth choosing treatment using internationally proven equipment with a well-known safety profile.

Ulthera has an advantage over other HIFU devices, primarily due to its built-in ultrasound device. During the procedure, at any time, I can see on the screen where the pulses generated by the device are going. This is important because, for example, it is necessary to remove air bubbles so that the treatment is effective and carried out at an appropriate depth. Similarly, vessels and bones that are clearly visible on the aforementioned ultrasound scan should be avoided.

How does Ulthera work?

Ulthera has 3 interchangeable tips that deliver pulses 4.5 mm deep (i.e. at the level of the fascia of the SMAS), 3 mm (i.e. work in the subcutaneous tissue) and 1.5 mm (stimulate the dermis). Each terminal has the number of lines it emits, specified by the manufacturer. It must be replaced after use. This ensures that each treatment is equally effective.

We control the depth of the procedure performed using ultrasound imaging. Depending on the area being treated and the individual characteristics of the patient, we can modify it.

TPCs (thermocoagulation points) are precisely positioned spatially at a depth of 4.5 mm every 1.5 mm and at a depth of 3 mm every 1 mm. This guarantees an appropriate thermal injury that provokes the reduction of existing collagen and the production of new ones, and at the same time does not lead to ischemia or necrosis of subcutaneous tissue. Dans notre analyse détaillée, nous examinons en profondeur le Shuffle casino et les raisons de son succès grandissant sur le marché iGaming.