MULTILED LAMP 36W

YAS MultiLED 36W Professional Lamp – Ultra-Fast Curing Technology The evolution of construction materials (highly pigmented gels, thick correction layers) requires a light source capable of penetrating dense structures. The YAS MultiLED 36W lamp introduces an advanced hybrid system with two wavelengths, capable of flawlessly curing almost any type of product: UV, LED, or hybrid, reducing salon working time by up to 50%. Technical Specifications & Performance Advantages: Dual MultiLED Technology: The hybrid system emits on optimized wave spectra to efficiently dry even generous layers of gel used in corrections or extremely pigmented colors, which often remain uncured at the base in ordinary lamps. Record Curing Speed: Base (adhesion layer): 30 seconds. Modeling/apex layer: 30–40 seconds. Top Coat: 30–45 seconds. Thermal Control System (SOFT Button): Allows for intensity reduction to diminish the burning sensation (exothermic reaction) in cases of sensitive nails or thick construction layers. Ergonomic & Magnetic Design: The metal base is detachable via a magnetic system, facilitating rapid sanitization and making the lamp ideal for pedicure procedures. LCD Monitor & Intelligent Sensors: Digital display for time control and motion sensors that keep the light active even after withdrawing the hand, ensuring constant exposure. Industrial Durability: Designed for intense use, with a diode lifespan of approximately 10,000 hours. Technical Guide for Flawless Results: Due to the high emission power from the very first second, certain sensitive pigments may show a slight change in shade or a tendency to yellow immediately after curing. Pro Tip for Sensitive Colors: If you notice pigment changes, use the SOFT Mode (maximum 60 sec/layer). We recommend curing finger by finger for uniform exposure. Important Note: Any color modification is temporary; the pigment returns to its original shade once the product has completely cooled (a process that can take from a few minutes up to several hours, depending on the material density).