Diplopia Google Red Green

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The Diplopia Goggles feature one red and one green lens in a brown frame, used for binocular vision tests such as the Worth 4-Dot Test. By filtering opposing light colors, they help detect eye suppression, fusion, and diplopia in clinical eye examinations.

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Description Specification

The Diplopia Goggles (Red-Green Goggles) are specialized diagnostic glasses designed for use in ophthalmic and optometric examinations to assess binocular vision and eye coordination. These goggles are an essential tool for conducting the Worth 4-Dot Test and other diplopia (double vision) assessments, allowing practitioners to evaluate how effectively both eyes work together. They are widely used in vision therapy, orthoptic evaluations, and binocular vision testing to detect suppression, fusion, or eye dominance issues.The goggles feature two distinct color lenses—a red lens on one side and a green lens on the other. This configuration functions by filtering light wavelengths: the red lens blocks green light while the green lens blocks red light. When used with a corresponding test chart, this color separation helps determine whether the patient perceives images with one or both eyes. It provides clear insight into binocular performance, fusion ability, and the presence of diplopia or eye suppression.

Built with a durable brown frame, the Diplopia Goggles are both lightweight and comfortable, ensuring stability during testing procedures. Their simple yet effective optical design makes them an indispensable accessory in clinical environments, including eye hospitals, optometry practices, and vision therapy centers. These goggles are an affordable, practical, and reliable solution for accurate binocular vision diagnosis and training.

Specifications of Diplopia Google Red Green

Shipping Weight	500 kg
Shipping Dimensions	20 × 5 × 5 cm
Type	Binocular Vision Diagnostic Glasses
Lens Colors	Red (Right Eye) and Green (Left Eye)
Frame Color	Brown
Material	Durable Plastic Frame
Function	Separates Binocular Images for Vision Testing
Design	Lightweight, Ergonomic, and Durable