Vergence Error Measurement System

An equipment system that measures and analyzes movement patterns in users with abnormal gait using electric motors and axis-connected encoders. The device provides detailed analysis and visualization of motion data for clinical assessment.

A diagnostic system that measures muscle electrical activity and evoked potentials for neurological assessment. It is used in specialized neurological testing rooms for diagnosis of neuromuscular and neural disorders.

A neurological diagnostic system that measures electrical responses of the nervous system to external stimuli.

Non-contact imaging system for quantitative assessment of anterior chamber angle width. Important for glaucoma risk stratification and screening.

Automated ophthalmic examination equipment designed for precise vision testing and refraction measurement. The system features integrated displays and ergonomic design for comprehensive eye care diagnostics.

Electronic vision screening device designed for pediatric populations to detect refractive errors and visual abnormalities. The screener provides rapid, non-invasive assessment of children's vision using automated measurement technology, facilitating early identification of vision disorders in clinical and health screening settings.

A comprehensive multimodal diagnostic system that combines multiple imaging and measurement capabilities for complete eye assessment. The system integrates widefield fundus imaging with other diagnostic modalities to provide automated, in-clinic diagnostic efficiency for various eye conditions.

Automated refractive error measurement device for determining objective spherical, cylindrical, and axis values. Provides rapid assessment of refractive status for spectacle prescription and contact lens fitting.

Non-contact measurement devices for precise ocular dimensions and lens calculations. Used for preoperative assessment in cataract and refractive surgery planning.

Non-contact optical measurement device for obtaining biometric data of the eye including axial length and anterior chamber depth. Essential for intraocular lens power calculations in cataract surgery.

A fully automatic computer-based refraction system for automated vision measurement and refractive error assessment in eye care facilities.

Compared to conventional eye examiners, ultra-high myopia patients, including naked eye vision tests, are Self vision tester that can measure their eyesight as it is. Easy operation makes it easy for first-time users to inspect. The equipment size is small, so you can easily use it anytime, anywhere without space. Self-measurement is possible without an optometrist, reducing the burden on medical staff at the examination center. Using an external controller, children and the elderly who have difficulty self-measurement can easily measure their vision. Data can be transmitted conveniently by automatically transmitting data in conjunction with the Medical Information System (EMR).