Why Are Tattoos So Hard to Remove? Tattoos are difficult to remove because pigment particles — especially blue, green, and black ink — are embedded deep in the dermis. Traditional lasers rely on photothermal effects to break down these pigments, but residual micro-particles can be re-encapsulated by macrophages, leading to incomplete pigment clearance. In addition,
When it comes to professional tattoo removal, two technologies dominate the field — Pico Laser and Fractional CO₂ Laser. Both are powerful tools, but they work in different ways and are suited for different stages of treatment. As a certified manufacturer of advanced aesthetic devices, Mico Aes explains how these two lasers complement each other
As patients demand faster, more visible results with safe downtime, combining technologies is the next step in advanced aesthetic services. At Mico Aes, we design professional-grade devices that let clinics, salons, and distributors deliver consistent clinical outcomes. In this guide you’ll learn when and how to combine Fractional CO₂ resurfacing with Picoway-style picosecond treatments to
Treatment Principle: A 10600nm wavelength laser targets water tissue, penetrating the skin by 20-30µm. Since the epidermis is 70-120µm thick, CO2 only affects the epidermis. The laser emitter splits the laser beam into smaller beams, delivering them to the skin at the fastest speed. This allows the heat to reach the skin in stages, giving
Introduction Fractional CO2 laser treatment has become one of the most sought-after procedures for skin rejuvenation in dermatology and beauty salons worldwide. Whether you’re a spa owner, dermatologist, or individual consumer looking to revitalize your skin, fractional CO2 lasers can provide transformative results. At Mico Aes, a leading manufacturer of professional beauty equipment, we specialize
Build Muscle. Burn Fat. Empower Your Brand. In the global beauty-tech industry, the term “Emsculpt” has become synonymous with non-invasive body sculpting. Behind the buzz lies a technology that uses High-Intensity Focused Electromagnetic (HIFEM) energy to stimulate muscle contractions stronger than any voluntary workout could achieve. As demand for body contouring continues to rise among
Meta Description: Discover how the Super Pass technique and targeted strengthening anchor points enhance the results of Thermage treatments. Learn how this advanced RF technology improves skin tightening, minimizes risks, and targets key aging areas. Introduction to Thermage: The Future of Non-Surgical Skin Tightening Thermage is one of the leading non-invasive treatments for tightening and
Introduction In recent years, picosecond lasers have become one of the most sought-after technologies in aesthetic medicine, especially for pigmentation, melasma, tattoo removal, and overall skin rejuvenation. While both Picosure and Picoway belong to the family of Q-switched picosecond lasers, they differ in wavelength, pulse duration, handpiece design, and clinical applications. This article compares Picosure
In professional laser dermatology, mastering the endpoint reaction is the key to delivering safe, precise, and effective pigment treatments. Whether using Pico lasers or Q-switched (nanosecond) lasers, understanding how the skin responds to energy exposure helps clinicians fine-tune parameters and prevent complications such as post-inflammatory hyperpigmentation (PIH). However, many practitioners still rely on visual cues
Introduction Melasma is one of the most challenging pigmentary disorders to manage in aesthetic and dermatological practice. Characterized by symmetrical hyperpigmented patches, particularly on sun-exposed areas, it significantly affects patients’ quality of life. While topical agents and oral medications remain the foundation of treatment, energy-based devices—lasers, light-based therapies, and radiofrequency—play an increasingly important role. This
Recently, the 2025 Expert Consensus on the Clinical Applications of Dual-Wavelength 1064 nm Nd:YAG and 2940 nm Er:YAG Lasers for Facial Rejuvenation was officially released. The consensus outlines the indications, treatment parameters, contraindications, and precautions for using 1064 nm Nd:YAG and 2940 nm Er:YAG lasers in facial rejuvenation procedures. Based on evidence-based medicine and aligned
Volnewmer RF is a non-invasive volumetric heating system designed for controlled dermal remodeling.For a complete understanding of its technology and clinical positioning, refer to our detailed overview of the Volnewmer RF machine. Volnewmer Vs Thermage Flx Technology and Generation Volnewmer and Thermage FLX differences Comfort and Cooling Treatment Duration and Speed Effectiveness and Results Duration
