Core Viewpoint - Samsung Electro-Mechanics plans to introduce inkjet printing technology in smartphone lens module production, with the first application expected in the Galaxy S26 series flagship phones set to launch in 2025 [1][3] Group 1: Technology and Innovation - Inkjet printing technology allows for precise deposition of liquid materials, enabling nano-level coatings and circuit patterns on lens module surfaces [3] - This technology eliminates the need for masks, significantly reducing production costs and shortening manufacturing cycles compared to traditional photolithography processes [3] - The application of inkjet printing is expected to enhance lens light transmission and reduce stray light interference, while also optimizing the design for thinner and lighter modules [3] Group 2: Market Position and Competitive Advantage - As a major supplier of smartphone lens modules, Samsung Electro-Mechanics is continuously innovating to address market competition [3] - The introduction of inkjet printing technology is anticipated to meet the stringent imaging quality requirements of high-end models like the Galaxy S series, while also lowering production costs [3] - Successful implementation of this technology could strengthen Samsung's position in the supply chains of brands like Apple and Google, with potential future applications in mid-range products [3] Group 3: Industry Implications - The application of inkjet printing in optical components is still in its early stages, and Samsung's initiative may provide new insights for the industry [3] - Traditional manufacturing processes for smartphone lens modules primarily rely on photolithography and vapor deposition, but the flexibility and cost advantages of inkjet printing could drive a shift towards "maskless" production [3] - Challenges remain regarding yield control and material compatibility for large-scale production, and Samsung has not yet disclosed a specific timeline for mass production [3]