Critical Developments in Skincare Technology Leading to the Discovery of Skin Needling
If you are wondering how people from all around the world were able to acquire skincare technology, then it goes without saying that you need more information about the history of dermatology. Centuries ago, there were advances in medicine, cultural practices, and beauty ideals that led to the development of aesthetic dermatology.
Evolution of Cosmetic Dermatology
It was after World War II that the growing focus on physical appearance led to innovations in cosmetic dermatology. It was then that dermabrasion technology was introduced in order to treat scars and uneven skin texture. In the 1970s, the first injectable treatments were developed, leading to the use of collagen fillers, which indicates a major milestone.
Laser technology was then introduced in the 1980s for hair removal, skin resurfacing, and treating vascular lesions. In fact, Botox was approved for cosmetic use in 2002, which became a game-changer for the reduction of skin wrinkles. You can recall this as the time when advanced technologies like medical peels, microdermabrasion, and non-invasive procedures have become mainstream.
The combination of dermatology and plastic surgery has quickly led to the multidisciplinary field of aesthetic dermatology. The 21st century has introduced non-invasive procedures like radiofrequency treatments, injectable fillers, and HIFU, dominating the industry. Thus, the emphasis has shifted towards personalised care and natural-looking results with help from artificial intelligence and advanced diagnostics.
Advancements in Aesthetic Dermatology
Laser-Based Treatments
There are certain laser-based treatments being used by modern dermatologists to treat specific areas of the skin. They use them for treating common conditions like pigmentation and fine lines. Fractional lasers, for instance, are used for treating wrinkles, scars, and pigmentation with minimal downtime. Pico lasers are also able to deliver ultra-short pulses for the treatment of pigmentation, tattoos, and fine lines while stimulating the production of collagen.
Radiofrequency (RF) Devices
There is also a procedure referred to as microneedling RF that combines microneedling technology and RF energy for the stimulation of collagen and tightening of the skin. This non-invasive treatment method is able to heat deep layers of the skin to promote skin firmness and elasticity.
Ultrasound Technologies
Other procedures include high-intensity focused ultrasound (HIFU). This type of procedure will target deep skin layers to stimulate lifting and tightening. They are often used for non-surgical facelifts. Another advancement is the process of ultherapy. This is a popular FDA-approved ultrasound treatment that can lift sagging skin on the face, neck, and chest.
Cryotherapy Technology
Cryotherapy has also been considered an effective method for treating certain skin conditions with the use of cold temperatures. This process can significantly reduce inflammation, tighten pores, and improve blood flow. As a result, they lead to a more radiant complexion. The use of cryolipolysis also freezes the fat cells so stubborn fat deposits can be reduced without surgery.
Development of Skin Needling
Traditional acupuncture is the ancestor of skin needling technology that originated in China about 2,000 years ago. The main goal of acupuncture was to heal and balance the body's energy. But it was also able to influence the idea of using needles for skin rejuvenation. This began when early practitioners were able to observe the skin-healing effects of needles when used to target certain areas of the body.
The consistent desire of people to look young and beautiful has led to the development of microneedling technology. Over the centuries, various trends in beauty have often been associated with health and vitality. This practice has contributed greatly to the transition from invasive surgical procedures to less invasive, safer treatments.
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