This chapter explores the cutting-edge advancements shaping the future of contact lenses, showcasing their transition from vision correction devices to multifunctional tools for healthcare and beyond. It begins by highlighting the potential of next-generation lenses, such as smart contact lenses that integrate sensors, microelectronics, and augmented reality (AR) displays, enabling real-time health monitoring and enhanced visual experiences. The chapter delves into the advancements in nanotechnology and innovative materials that are revolutionizing lens design, improving comfort, wearability, and manufacturing precision. Healthcare applications take center stage as the chapter examines lenses designed for myopia control, drug delivery, and continuous health monitoring, demonstrating how contact lenses are becoming vital tools in personalized medicine. Additionally, the chapter addresses the challenges and opportunities in developing these emerging technologies, such as regulatory hurdles, cost barriers, and user adaptation. In reflecting on these breakthroughs, the chapter underscores the challenges and opportunities ahead—balancing technological complexity with user accessibility and navigating regulatory landscapes while maintaining affordability. As the journey culminates, the transformative potential of contact lenses stands as a testament to the limitless possibilities of innovation, offering a glimpse into a future where the boundaries of vision and technology are reimagined.

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Emerging Technology in Contact Lenses

  • Nadia Adrus,
  • Muhammad Aqil bin Mohd Farizal,
  • Jamarosliza Jamaluddin,
  • Fatria Syaimima bin Syaiful Azim,
  • Farahin M. Mizi,
  • Saravanan Nanda Kumar,
  • James Jeyadeva Govindasamy

摘要

This chapter explores the cutting-edge advancements shaping the future of contact lenses, showcasing their transition from vision correction devices to multifunctional tools for healthcare and beyond. It begins by highlighting the potential of next-generation lenses, such as smart contact lenses that integrate sensors, microelectronics, and augmented reality (AR) displays, enabling real-time health monitoring and enhanced visual experiences. The chapter delves into the advancements in nanotechnology and innovative materials that are revolutionizing lens design, improving comfort, wearability, and manufacturing precision. Healthcare applications take center stage as the chapter examines lenses designed for myopia control, drug delivery, and continuous health monitoring, demonstrating how contact lenses are becoming vital tools in personalized medicine. Additionally, the chapter addresses the challenges and opportunities in developing these emerging technologies, such as regulatory hurdles, cost barriers, and user adaptation. In reflecting on these breakthroughs, the chapter underscores the challenges and opportunities ahead—balancing technological complexity with user accessibility and navigating regulatory landscapes while maintaining affordability. As the journey culminates, the transformative potential of contact lenses stands as a testament to the limitless possibilities of innovation, offering a glimpse into a future where the boundaries of vision and technology are reimagined.