Quattroporte Lifting: A Multi-Wavelength Approach to Skin Rejuvenation
Quattroporte Lifting: A Multi-Wavelength Lifting Technology
Non-surgical lifting technologies for skin rejuvenation and elasticity recovery are rapidly evolving.
While conventional devices utilizing single or limited wavelengths have shown some effectiveness, they often fall short in fully addressing the diversity of skin layers and individual variations.
Quattroporte Lifting has emerged as a novel laser lifting technology that simultaneously utilizes four different wavelengths.
Notably, compared to existing titanium lifting procedures, the addition of the 940nm wavelength enhances the balance of heat distribution and overall improvement, adding significant clinical value.
Quattroporte Lifting is a laser lifting device that uses four wavelengths simultaneously: 755nm, 810nm, 940nm, and 1064nm.
The key is the addition of the 940nm wavelength, which selectively interacts with water and blood flow in the body, resulting in more uniform heat transfer.
This multi-wavelength approach enables a graded energy distribution from the skin surface to deeper layers, enhancing the balance and sustainability of the lifting effect compared to single-wavelength devices.
Each wavelength plays a distinct role across the epidermis, dermis, and SMAS layer.
The 755nm wavelength primarily targets the superficial epidermis, contributing to improvements in skin texture and pore size. The 810nm and 1064nm wavelengths target the dermis and deeper layers, promoting collagen regeneration and enhanced elasticity.
The added 940nm wavelength regulates heat diffusion, contributing to a stable and even lifting effect across the entire skin.
This results in comprehensive benefits, including improved skin elasticity, facial contouring, and the reduction of fine lines and improved skin texture.
Quattroporte Lifting also offers two treatment modes.
The Intensive mode delivers low energy repeatedly to induce gentle and continuous changes in the skin.
The Dynamic mode delivers strong energy to the deeper layers, making it advantageous for achieving short-term, immediate lifting effects.
The ability to use these two modes independently or in combination, based on the patient's skin condition and needs, allows for customized treatment plans.
Technological advancements are also evident in speed and safety. The treatment time has been reduced with a irradiation speed of up to 40Hz, and the application of a contact cooling system minimizes heat damage and alleviates pain.
It is also considered to reduce the possibility of side effects such as volume loss and nerve damage, which have been reported with existing lifting devices.
In conclusion, Quattroporte Lifting is a technology that complements the limitations of existing lifting devices through multi-wavelength-based deep heat stimulation.
Through the interaction of four wavelengths and the selective application of dual modes, it aims to improve skin elasticity, wrinkles, and contours simultaneously, demonstrating meaningful progress in treatment efficiency and safety.
Quattroporte Lifting is a procedure that helps improve elasticity and correct facial contours by delivering energy suitable for the skin depth through multiple wavelengths.
In particular, the addition of the 940nm wavelength enables balanced heat stimulation, and the contact cooling system allows for skin protection and comfortable treatment at the same time.
The increased treatment speed is also a clinically important change.
It is characterized by its ability to improve skin texture, pores, and brightness, not just the lifting effect.
Therefore, it is a useful lifting method that can be applied to people with various skin concerns.
Source :https://blog.naver.com/blacdevie_apgujung/223979491122
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