The work aims to design an intelligent multimodal meditation device for individuals with anxiety disorders, integrate wearable hardware and intelligent software systems with multi-sensory interaction technologies to facilitate rapid and efficient meditation states for anxiety relief. By analyzing existing therapeutic approaches and market-available meditation products, design requirements were refined, and innovative solutions addressing ergonomic form design, biocompatible material selection, and multimodal interaction optimization were proposed. The proposed device incorporated circular light guidance, adaptive vibration feedback, personalized audio protocols, and aromatherapy modules, all engineered under ergonomic principles to enhance wearability and usability. The developed intelligent multimodal interaction device could improve meditation immersion through synchronized multisensory stimulation, validating its potential value in adjunctive anxiety treatment. The deep integration of intelligent multimodal interaction technologies not only offers novel mind-body regulation pathways for anxiety management but also pioneers new directions in therapeutic device design, highlighting significant market potential and social care implications. Future efforts will focus on optimizing wearability and usability, expanding applications across broader mental health domains, and advancing diversified intelligent solutions to empower individuals with anxiety disorders.