Advancements in non-invasive facial rejuvenation: A review of Endolift and related technologies

Resumen

Endolift is an innovative laser technology that stands out in aesthetics for its effective and minimally invasive facial rejuvenation. By utilizing low-intensity laser, Endolift targets the dermal layer of the skin, promoting collagen production and offering various aesthetic benefits. The technology operates through microfibers inserted into the skin, creating a localized thermal effect that triggers a crucial biological process for rejuvenation. The increased temperature in dermal tissues induces a controlled inflammatory response, activating fibroblasts responsible for collagen synthesis. This leads to enhanced production of collagen types I and III, resulting in thicker dermis and improved skin texture. Additionally, Endolift benefits elastin, enhancing skin elasticity and resilience. The laser's thermal effect also boosts local blood circulation, aiding in cell regeneration and toxin removal. Recent studies, including those by da Silva, Moura, and da Silva (2024), Júnior et al. (2023), Borges et al. (2023), Benar and Benar (2024), Nilforoushzadeh et al. (2022), and Dell’Avanzato (2022), provide a comprehensive evaluation of Endolift’s applications, advantages, and associated complications. These studies indicate that Endolift effectively reduces facial wrinkles, enhances skin texture, and offers a non-surgical lifting effect. However, challenges such as potential complications, including peripheral neuropathies and infections, highlight the need for proper technique and adherence to safety protocols. The technology's non-invasive nature and the ability to achieve visible results with minimal recovery time make it a promising alternative to traditional methods. Future research is necessary to further refine these techniques and ensure their long-term efficacy and safety.