The curing distance affected by materials and ultraviolet light is also a factor. At approximately 7 cm between the UV lamp and the object being illuminated, as the UV light adjusts based on the material of the product. When the light difference is around 12 cm and the temperature is close.
2. Depending on the base material, coating, and curing distance, adjust the equipment's curing speed accordingly. Excessive curing speed can cause the UV coating on UVLED base materials to become sticky or the surface to dry while the interior remains moist. Slower running speed can lead to aging of the base material's surface.
3. Mercury-free and ozone-free, it represents a safer, more environmentally friendly alternative to traditional lighting technology.
4. Low energy consumption, with a power consumption of only 10% of traditional mercury lamp curing machines, resulting in a 90% energy savings. A UV LED point light source consumes 40W.
5. UVLED curing equipment generates almost no heat, is not fragile, and contains no mercury; it does not require maintenance costs (traditional curing machine lamps operate at a temperature of 500 degrees Celsius, are fragile, contain mercury; maintenance costs: several).
Controller intelligent design for automatic adjustment of irradiation time and power, signals sent via external programming controllers and other equipment.
Interface parameter settings are locked to prevent accidental presses leading to malfunctions. Automatic search with alarm prompts for errors.
