Blog

Age-related macular degeneration (AMD) is one of the leading causes of vision loss in older adults. It affects the macula — the central part of the retina responsible for detailed and color vision — gradually reducing the ability to read, recognize faces, or see clearly in daily life.
This article explains how to identify early warning signs of AMD, what risk factors accelerate its progression, and how modern vision revive technologies like Micropulse Photoreceptive Repair Technology and microcurrent for eyes can support retinal and optic nerve health.

As the seasons change, fluctuations in pollen, humidity, and temperature make allergic conjunctivitis increasingly common. Many people experience red, itchy, and watery eyes and assume it’s an infection—when in fact, it’s often a seasonal allergy.
This article explains how to distinguish eye allergies from infections, how to reduce eye inflammation naturally, and how innovative light-based technologies like microcurrent for eyes and Micropulse Photoreceptive Repair Technology can help maintain visual comfort and clarity throughout the year.

Many people have experienced this: after reading or staring at a screen for a long time, everything turns blurry when they look up. It usually takes a few seconds for the vision to clear again. Why does this happen? The answer lies in the eye’s accommodation mechanism—its natural ability to adjust focus. This article explains how visual accommodation works, why it becomes fatigued, and how to protect it through simple, science-backed methods.

In recent years, the rate of childhood myopia has been rising steadily, and parents are increasingly concerned about how to “control” it. However, several common misconceptions can make these efforts less effective. This article explores four frequently overlooked mistakes in myopia management and offers scientifically grounded strategies to help parents protect their children’s vision.

In recent years, blue-light blocking glasses have become a popular health product. They are often marketed as a solution to reduce eye strain, improve sleep, and even prevent macular degeneration. But do they truly deliver these benefits? New scientific studies suggest that the actual effects of blue-light glasses may not fully match public expectations. This article explores the nature of blue light, the working principles of blue-light glasses, and what the latest research reveals about their effectiveness.

Late-night phone use has become a common habit in modern life. Many people think it only means “sleeping late” or “feeling tired,” but they often ignore the long-term harm nighttime screen exposure can cause to the visual system. This article explains both the short-term and long-term risks of using phones at night—from eye fatigue to retinal damage—and uncovers the hidden dangers behind this lifestyle.

Vision rehabilitation is no longer limited to traditional optical correction such as glasses or contact lenses. Increasingly, research highlights the importance of neuroplasticity—the brain’s ability to adapt—in restoring and strengthening visual function. Modern eye-care devices, which interact with both optical signals and neural pathways, are emerging as valuable tools in functional vision training. This article explores the scientific foundation of optical rehabilitation and neuroplasticity, and examines how eye-care devices contribute to this process.

Skaphor explains how environmental factors in dry autumn affect the tear film and offers practical autumn dry eye prevention tips to maintain tear film stability. Learn simple routines, humidity and eyewear strategies to protect your eyes this season.

Many people worry that eye soreness is a sign their myopia is worsening. In reality, eye soreness does not necessarily mean progression of nearsightedness. Instead, it may result from a variety of factors such as eye fatigue, dry eye, accommodative spasm, or even neck and shoulder tension. This article explores the scientific mechanisms behind eye soreness and offers practical relief strategies to help distinguish between discomfort and true changes in vision.

With screen time continuing to rise, eye-care devices are becoming an essential part of daily health management. From early massage-based tools to today’s integration of optics, neuroscience, and artificial intelligence, the field has advanced rapidly. This article explores the evolution of eye-care devices, focusing on the shift from wearables to intelligent personalized adjustment, and how these technologies will better support vision health for diverse populations in the future.

Childhood myopia rates are rising rapidly worldwide, especially in East Asia, where more than 50% of school-aged children are already affected. Research shows that outdoor activity and natural light exposure play a key role in slowing myopia progression, particularly by controlling excessive axial elongation. In this article, we’ll explore the science behind how sunlight influences eye development and provide practical outdoor vision-care tips for children.

Many people attribute vision changes in middle age solely to presbyopia (age-related farsightedness). However, presbyopia is far from the only concern. Conditions such as glaucoma, macular degeneration, dry eye syndrome, and declining optic nerve function are often overlooked risks during this stage of life. In this article, we explore the common but hidden vision risks faced by middle-aged adults and provide practical strategies for prevention and management.

Dry eye syndrome is one of the most common eye problems worldwide, yet it is often ignored or misdiagnosed. The reason lies in its overlapping symptoms, which can resemble eye fatigue, allergies, or refractive errors. In this article, we’ll explore five symptoms of dry eye that are frequently mistaken for other conditions, helping readers recognize and better understand this widespread but complex issue.

Modern office life often means spending long hours in front of computer screens. Meetings, overtime, and constant visual tasks put heavy strain on the eyes. Dryness, blurred vision, and reduced focus have become common issues for office workers. This article combines scientific insights with practical advice to provide a systematic eye-care guide for professionals, helping maintain clear and comfortable vision during demanding workdays.

Medical-grade protein skin is a biocompatible material specifically designed for direct contact with sensitive skin, especially around the eyes. Originally developed for surgical and biomedical applications, it has gained increasing popularity in wearable health devices due to its outstanding performance in three key areas: antibacterial protection, breathability, and hypoallergenic comfort.

This innovative material mimics the texture and elasticity of natural human skin. Its microscopic structure allows air circulation while forming a soft, moisture-regulating barrier that helps maintain skin balance—even during extended use. Produced by blending protein powder with resin, and in some cases reinforced with silk or soybean fibers, protein skin creates flexible sheets with dermis-like texture and appearance. Unlike traditional leather, it does not rely on animal sources and its production is environmentally friendly.

The health of the optic nerve is essential for maintaining good vision, and while external eye-care devices play an important role, diet also plays a crucial part in eye health. Certain nutrients, such as vitamins, minerals, and antioxidants, have a profound impact on protecting the optic nerve and slowing eye degeneration. In this article, we will explore the key nutrients that support eye health and offer practical dietary recommendations to help protect the optic nerve.

Contact lenses give millions of people the ability to see clearly without glasses. Yet many users experience discomfort such as dryness, strain, or fatigue—leading to the common dilemma of “clear vision but uncomfortable eyes.” These issues are not uncommon and often involve tear film stability, corneal health, and even neural stress. In this article, we explore the science behind contact lens–related eye fatigue and share practical ways to prevent it.

In recent years, low-frequency optical signals have shown tremendous potential in retinal repair. From early laboratory studies to clinical applications, scientists have gradually revealed how low-frequency light can promote the repair and regeneration of retinal cells. In this article, we’ll delve into how low-frequency optical signals aid retinal repair, discuss the latest experimental findings, and explore the future clinical applications of this technology.

Lack of sleep doesn’t just make you feel tired—it can quietly harm your eyes. Research shows that the retina and brain’s visual system are closely regulated by circadian rhythms, and poor sleep disrupts this cycle. The result? Dryness, blurry vision, and even accelerated eye aging. In this article, we’ll explore the science behind sleep and vision, and share practical strategies to protect your eyes.

In today’s digital age, children are spending more time on screens than ever before. While technology is essential for learning and entertainment, excessive screen use can strain young eyes and impact overall development. How many hours per day is considered “too much”? This article explores global research, expert recommendations, and practical strategies to balance children’s screen habits with long-term vision health.