Myopia prevention and control have become a significant societal concern. Secondary causes of myopia include delayed imaging (sitting too close) and inadequate light nutrition (looking too dim). Guided by renowned experts in ophthalmology, BOE Health has developed a comprehensive myopia management solution combining 'platform + IoT products + professional services.'

Based on AR free-curved surface technology to simulate distance viewing, children can view large screen images at a distance of 40-50 cm from the screen, resolving issues such as prolonged eye usage during online classes and reading/writing printed content. Viewing near equals to viewing far, fundamentally resolving the problem of long-term near-distance eye usage among students.

Features automatic adjustment of color temperature, brightness, and intelligent memory functions, closely simulating sunlight. It introduces a unique rhythmic adjustment mode to cyclically change brightness and color temperature, promoting periodic dilation and contraction of the pupils, effectively relieving eye fatigue.

Smart Hardware: Utilizing intelligent sensing technology, we develop smart health data detection terminals for user self-health management, and provide professional health analyze solution. For instance, the BOE VGM 60 glucometer employs NB-IoT wireless transmission for timely test notifications.

Medical AI: Harnessing AI and big data, we focus on AI medical imaging and disease prediction, developing AI-assisted diagnostic products. For example, ultrasound imaging AI integrates BOE medical displays for grassroots breast cancer screening projects, ensuring real-time AI analysis and empowering precise and efficient diagnostics.

Health IoT: Focusing on urban, hospital, and community scenarios, we create integrated health IoT solutions with "three-end collaborative linkage." Using multi-sign digital detection terminals, we build a health IoT platform, enabling data interaction and service innovation through digital 3D smart health interaction terminals.

Focused on applications such as infectious disease detection and cancer early screening, we develop molecular diagnostic equipment and reagent kits. Our fully automated nucleic acid amplification analyzer (NAT-3000) achieves rapid nucleic acid testing within 30 minutes.

Stem Cell Membrane: BOE's regenerative medicine research institute advances core technologies in stem cell therapy, enhancing cell utilization efficiency for repairing and regenerating various tissues and organs such as the heart, liver, and endometrium.

Immune Cell Therapy: Establishing a platform for immune cell targeted induction and amplification, our institute collaborates with hospitals to advance clinical applications in various tumor prevention, treatment, recurrence prevention, and metastasis prevention scenarios.

Stem Cell Storage: Utilizing clinical application standards, we facilitate the extraction, preparation, and cryopreservation of mesenchymal stem cells from umbilical cords, placenta, milk teeth, and wisdom teeth, contributing to disease treatment advancements.

Autologous Immune Cell Storage: According to clinical application standards, we store immune cells extracted and prepared using deep low-temperature cryopreservation technology, safeguarding future health by enhancing immunity against diseases.