Wrinkle treatment with botulinum toxin A

During laser treatment, thermal energy is introduced into the skin, which triggers a healing process. This process leads to the elimination of old skin components, the contraction and new formation of collagen fibres and elastic fibres, which are responsible for the firmness and elasticity of the skin, as well as the increase in basic substances such as hyaluronic acid, which are important for moisturising the skin.

Blood circulation is stimulated, which leads to a better supply of nutrients to the skin. Scientific studies show that significant improvements in skin texture and elasticity can be observed after just a few sessions.

Fractional laser technologies in particular have proven to be effective and low-risk, as they target microscopic heat spots that stimulate wound healing without leaving a large wound.

The result is a fresh and even complexion, an improvement in skin texture and a tightening effect as well as the reduction or disappearance of fine lines and wrinkles. The degree of effectiveness depends on the choice of protocol and the individual skin condition.

Autologous blood therapy contains highly concentrated growth factors that accelerate the healing process. The combination involves taking a small amount of blood, centrifuging it and isolating the growth factors. After the laser treatment, several injections are made and the outer layer of the skin is treated, allowing it to penetrate the skin through the microchannels created by the laser. The benefits of this combination are improved skin renewal, accelerated wound healing with shorter downtime and stimulation of collagen production.

It is the same procedure as deep skin regeneration, but the laser penetrates less deeply into the skin.

The treatment is very gentle with minimal downtime. The method enables subtle skin rejuvenation with low risk and fast recovery.

Autologous blood therapy contains highly concentrated growth factors that accelerate the healing process. The combination involves taking a small amount of blood, centrifuging it and isolating the growth factors. After the laser treatment, several injections are made and the outer layer of the skin is treated, allowing it to penetrate the skin through the microchannels created by the laser. The benefits of this combination are improved skin renewal, accelerated wound healing with shorter downtime and stimulation of collagen production.

Photorejuvenation is a non-invasive procedure for skin rejuvenation using intense pulsed light (IPL) or laser. It stimulates the formation of new collagen, reduces pigmentation spots and improves skin elasticity through targeted light energy. The treatment is particularly suitable for

• Pigmentation disorders: Sun spots, lentigines
• Superficial vessels: Couperose, rosacea, telangiectasia
• Fine wrinkles, slight skin ageing

The treatment is usually carried out in several sessions, is not very painful and does not require any prolonged downtime.

Contraindications are pregnancy, fresh tan or dark skin type (Fitzpatrick V-VI).

In this treatment, high-frequency waves are used to move and heat the water molecules in the dermis (dermis). This targeted heating triggers a biological reaction cascade in which collagen and elastin are newly formed. The result is firmer, smoother and firmer skin with fewer wrinkles.

In contrast to laser technologies, which mainly treat the skin surface up to 1mm deep, fractional radiofrequency can stimulate skin tissue up to a depth of 3.5mm, including the subcutis. In some cases, both techniques can be combined to achieve optimal results.

The treatment is particularly suitable for contouring the face and smoothing the neck. On the body, it can be used in addition to the laser to improve scars or stretch marks.

For optimum results, several sessions are recommended at intervals of a few weeks.

To ensure patient comfort, an anaesthetic cream is applied one hour before the treatment.