Backed by research into guided eye relaxation

Eye Star Vision is based on research into guided vision relaxation exercises for people exposed to long periods of screen work.

Modern digital routines often keep the eyes focused at the same close distance for hours. Laptops, phones, tablets, office monitors, gaming screens, and artificial lighting all create repeated visual load throughout the day.

The purpose of Eye Star Vision is to support a simple off-screen routine. Instead of using another screen-based reminder or app, the device guides your eyes with a projected visual target on a light wall or surface.

89 screen users studied

A prospective study included 89 participants who performed screen work for at least 4 hours per day. This makes the research relevant to people with office, study, gaming, creator, or other screen-heavy routines.

The study focused on real screen users, not only theoretical use cases. This is important because Eye Star Vision is designed for the kind of daily visual load many people already experience.

4+ daily screen hours

Participants in the research were selected from people who worked on screens for a minimum of four hours per day.

This matters because visual fatigue usually builds gradually. It is not only one long session that affects the eyes. It is the repeated pattern of close-up focus, screen brightness, artificial light, and limited eye movement throughout the day.

Eye Star Vision is built around this modern problem: helping users create a structured visual break away from phones, tablets, laptops, and monitors.

35%+ complaint reduction

After four weeks, the training groups in the study showed a statistically significant decrease in asthenopic complaint scores. The study reported decreases of 35% and above in complaint scores.

This should be understood carefully. The research supports reduced visual complaint scores, not claims that the device improves eyesight, corrects vision, or treats eye disease.

The correct claim is that guided eye relaxation exercises may help reduce screen-related visual complaints and discomfort.

Off-screen guided routine

Many digital reminders and eye-exercise apps still keep the user connected to a screen.

The device concept was developed to guide vision relaxation exercises in open space. This means the user can perform a structured eye routine away from a phone, tablet, laptop, or monitor.

Eye Star Vision projects a small visual target onto a light wall or surface. The user follows the target with their eyes while keeping the head still.

Workday-friendly concept

The research describes the device concept as a promising tool for integrating vision relaxation exercises into the working environment.

This is important because eye relaxation only helps if people can actually use it consistently. Eye Star Vision is designed to fit into short daily breaks during work, study, gaming, or screen-heavy routines.

The goal is not to replace healthy visual habits, but to make eye relaxation easier to perform as part of the day.

How the device is used

Place Eye Star Vision on a stable surface facing a light-coloured wall or surface.

Sit at a comfortable distance and keep your head still.

Follow the projected target with your eyes.

Use the routine during screen breaks, study breaks, work breaks, gaming breaks, or after long periods of screen exposure.

Responsible wellness positioning

Eye Star Vision is a wellness device for guided eye relaxation.

It is not intended to diagnose, treat, cure, or correct medical or vision conditions.

It should not be described as a replacement for glasses, medical treatment, professional eye care, or healthy screen habits.

Individual results may vary.

For persistent eye pain, sudden vision changes, diagnosed eye conditions, or medical concerns, consult an eye-care professional.

If you wish, below you can find links to the research and read through it for better and deeper understanding of Eye Star Vision.

Application of a New Device for Vision Relaxation in Computer Users

Application of a New Device for Saccadic Training in Athletes