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Skaphor AI-Assisted Neurological Vision Rehabilitation
AI-Assisted Neurological Vision Rehabilitation by Skaphor
Innovative Medical-Grade Technology
Founded in 2018, Guangzhou Ruiheng Electronic Technology Co., Ltd. (brand name Skaphor) develops medical-grade intelligent eye care devices that elevate neurological vision rehabilitation. Our systems harness advanced algorithms and AI-enabled analytics to accelerate recovery, monitor progress objectively, and personalize therapy pathways. Designed for clinicians and rehabilitation teams, Skaphor devices meet rigorous safety and quality standards while delivering the precision required for neuro-ophthalmic care.
Clinical Efficacy and Patient-Centered Design
Skaphor's solutions target neuroplasticity through evidence-informed exercise protocols supported by AI-assisted neurological vision rehabilitation, enabling tailored training for visual field defects, diplopia, visual neglect, and other post-neurological event visual impairments. User-friendly interfaces, gamified exercises, and adaptive difficulty keep patients engaged while clinicians track measurable gains in real time. The result is a rehabilitation experience that balances clinical rigor with patient motivation and adherence.
Seamless Integration for Clinics and Home Use
Our systems integrate smoothly with clinical workflows and telehealth platforms, offering cloud-based data management, remote monitoring, and automated reporting. Skaphor supports both in-clinic devices and secure home-based modules so therapy can continue beyond appointments. This flexibility expands access, improves continuity of care, and reduces overall treatment burden for patients and providers worldwide.
Trusted Global Partner and Vision for the Future
Skaphor's business spans over 30 countries across Europe, North America, Asia-Pacific, and the Middle East. As a national high-tech enterprise committed to 'scientific eye care, guarding eyesight', we combine cutting-edge R&D with scalable manufacturing to produce award-winning eye care equipment. Choose Skaphor for reliable, AI-driven neurological vision rehabilitation backed by proven performance, global support, and a mission to become the world's leading eye care equipment manufacturer.
AI-assisted neurological vision rehabilitation Display
How to ensure safety?
Built-in current/temperature triple protection system, passed GB9706.1-2020 medical electrical safety standards.
Can children/pregnant women use it?
Children over 6 years old can use it. Pregnant women are advised to consult a physician.
Do you accept L/C payment?
Support TT/LC/AliPay/PayPal/Western Union, 30% deposit is required for the first order.
Do you have a medical device manufacturing license?
We hold a Class II Medical Device Manufacturing License issued by the Guangdong Pharmaceutical Administration (number can be verified).
Skaphor Vision Revival Device - Eye Therapy Device for Visual Acuity & Dry Eyes (0-100Hz Bio-Optical)
Skaphor Vision Revival Device - Eye Therapy Device for Visual Acuity & Dry Eyes (0-100Hz Bio-Optical)How Light-Based Eye Care Devices Interact With Neural Signaling Pathways —— Understanding Skaphor’s Optical Approach to Visual Comfort
In screen-intensive environments, many forms of visual discomfort are no longer limited to the eye surface, but are closely linked to prolonged neural load within the visual system.
Rather than relying on vibration or mechanical pressure, Skaphor represents a light-based eye care approach that uses stable, controllable optical signals to interact gently with visual neural pathways.
This article explores how light-based eye care devices interact with neural signaling systems and explains why Skaphor adopts an optical pathway instead of mechanical stimulation.
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From checking your phone in the morning, working on a computer during the day, to scrolling or streaming at night, screens have become the primary visual environment of modern life. By the end of the day, many people experience dryness, soreness, blurred vision, or even headaches—yet few truly understand what is happening inside their eyes.
This article explains the physiological process behind digital eye strain, breaking down how prolonged screen time vision affects the tear film, focusing system, retina, and visual nerves—and why recovery often feels slower than expected.
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zhu Juliy
Skaphor_ Juliy