The Ceramic Series are compact high power LEDs that provide flexibility and versatility. The series provides high illumination that is suitable for various applications. Every component is carefully tested to ensure the highest reliability and optical performance.
There are two main ways that white light is achieved. The most common method to produce white light is through phosphor conversion. Phosphor-converted white light is created by passing a short wavelength LED - typically a blue or near-ultraviolet LED, through a yellow phosphor coating. The color temperature of the white light is determined by the dominant wavelength of the blue LED and the phosphor’s composition. The second method of creating white light is through the RGB method. This method obtains white light by mixing LEDs that emit the three primary colors of red, green and blue.
Both phosphor-converted and RGB white light have advantages and disadvantages. The RGB method produces white light with high color rendering accuracy (high CRI) whereas phosphor-converted produces more white light (higher lumens). The idea behind our RGBW products is to combine phosphor-converted and RGB methods into one component to attain the advantages of both.
The Ceramic 5050 series offer products with a dome lens and with a flat glass lens.
The dome lens provides an integrated optical solution that eliminates or reduces the need for secondary optics improving product designs and cost.
The glass lens allows for the use of secondary optics such as light guides. This advantage suits applications that require light mixing before passing through the optical element of their product. This allows for greater efficiency and control over the quality of the light.
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During the early stages of the LED industry, Edison Opto focused primarily on LED lighting as its main product. Initially, the company entered the market with medium and high-power lighting components. As the LED industry progressed from its competitive phase to more diverse applications, Edison Opto adapted accordingly. This involved exploring various niche markets, enhancing its research and development capabilities, and acquiring technical advantages. Over time, the company diversified its portfolio to encompass professional lighting products such as LED components, DOBs, AC modules, DC modules, automotive lighting applications/OEM service, horticulture lighting, UV (A, B, and C) special lighting, and street lighting.
Within the integrated developed service of lighting products and services, including LED components, thermal, electrical, mechanical, and optical (TEMO) technology, and design services. Edison Opto has offering end-to-end design solutions from component to module design, optical lens operation to finished product development. This vertical integration and design-focused approach aim to enhance product quality, foster innovation. To learn more about our company, please visit our website at www.edison-opto.com
