CO2 Fractional Laser

An advanced masterclass focused on fractional CO2 laser skin resurfacing for both face and body, combining controlled dermal ablation, thermal stimulation, and collagen remodelling to deliver transformative, high-end clinical outcomes. This course is built around a science-led, biotechnology-driven understanding of laser-tissue interaction, enabling practitioners to treat both superficial and deep skin concerns with precision and safety. Delivered with advanced safety protocols and clinical frameworks, this training emphasises controlled energy delivery, patient selection, and complication prevention at every stage. Utilising advanced delivery systems including spiral scanning, deep mode, and mixed (blend) technology, this programme represents a next-generation approach to skin resurfacing and regenerative treatment. Ideal for treating: . Fine lines and wrinkles . Skin laxity and crepiness . Acne scars and surgical scars . Pigmentation and sun damage . Uneven skin tone and texture . Enlarged pores . Stretch marks (face & body) . Photodamage and ageing skin . Full face and body resurfacing and regeneration Course focus: . Fractional CO2 laser physics (10,600nm wavelength targeting water in tissue) . Ablative vs non-ablative technologies and treatment depth control . Microthermal treatment zones and fractional delivery systems . Collagen remodelling, elastin stimulation, and regenerative pathways . Skin anatomy and laser penetration depth control . Fitzpatrick skin typing and risk stratification . Patient assessment, consultation, and treatment planning . Contraindications and suitability screening . Pre-treatment protocols (SPF, antivirals, patch testing) . Device setup, calibration, and parameter selection (wattage, pulse duration) . Customising settings for different skin concerns and skin types . Application of spiral mode for superficial skin resurfacing and enhanced healing . Use of deep mode for targeted dermal penetration and scar correction . Integration of mixed/blend mode for simultaneous multi-layer treatment . Understanding thermal protection zones and optimising healing response . Treatment techniques, passes, overlap control, and precision delivery . Full resurfacing vs targeted treatment approaches . Acne scar revision and advanced resurfacing protocols . Combination treatments (PRP, exosomes, polynucleotides) . Intra-treatment cooling and patient comfort . Downtime and recovery management (typically 5-10 days) . Consultation, positioning, and premium pricing strategy . Advanced safety protocols and complication prevention . Recognition and management of adverse reactions

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