The “Honeycomb Network” in the Photonic Energy Revolution of Aesthetic Devices

Focus Lens Array

Technical principle: The honeycomb lens is composed of hundreds of hexagonal microlenses, with each unit's edge length precisely controlled within 0.1-0.5mm,      forming unique spherical or aspherical optical structures. Inspired by the optical simulation of bee compound eyes, each hexagonal unit can independently focus energy to generate a controllable micro-spot matrix on the skin surface. Compared to traditional flat lenses that produce diffused spots, the honeycomb array increases the energy density of light spots by several folds, ensuring equal energy stimulation per square millimeter of skin tissue.

Scope of Application: The technology enhances energy utilization efficiency and minimizes light loss, ensuring uniform heat distribution across the skin. It enables precise energy control to improve clinical efficacy rates and shorten post-treatment erythema duration, while synergizing with complementary technologies to boost collagen regeneration efficiency. The system supports personalized care protocols, elevates near-infrared light conversion efficiency, and reduces device power output for enhanced safety. These advancements position it as a promising solution for medical-grade aesthetic applications.