Tokai is the only lens manufacturer using neuroscience to create bespoke progressive lens designs. The measuring and analysis of brain waves has led to the development of revolutionary progressive lens designs that are easy to adapt to and that reduce the amount of discomfort experienced by the brain. This dramatically increases the wearer’s comfort.
Cutting-edge neuroscience and the design, capable of approximating how objects look to the eyes have realized comfort of clearer vision and excellent sharpness.
The comfort of near vision lenses is significantly enhance by optimizing how objects appear, particularly when there is a difference in power between the right and left eye.
Far vision is enhanced by optimizing the progressive lens surface based on the power for far vision and the addition power.
The comfort of vision can be further tailored to meet the customer’s specific preferences.
Experience natural vision with seamless transitions across your visual field.
As the add power increases, the surface curve is set deeper, ensuring that the change in the back surface curve remains consistent. This careful adjustment helps to minimize sway and distortion, providing a more stable and comfortable visual experience
The wrap angle, pantoscopic angle, and vertex distance vary between Individuals. The threedimensional positional relationship (i-Location) between the eyes and lenses, determined by these measurements, is optimized by incorporating these factors into the lens design.
The near vision field of both eyes is finely optimized by precisely incorporating the individual data of each user.
The prescription can be specified in 0.01D increments, allowing for a more precise correction and a clearer view.
The lens design is optimized by making precise adjustments based on data related to the frame’s lens shape (size, vertical and lateral dimensions) and the eye point (pupil position). This approach ensures maximum wearing comfort while minimizing sway, distortion, and blurring.
Cutting-edge neuroscience and the design, capable of approximating how objects look to the eyes have realized comfort of clearer vision and excellent sharpness.
The comfort of near vision lenses is significantly enhance by optimizing how objects appear, particularly when there is a difference in power between the right and left eye.
Far vision is enhanced by optimizing the progressive lens surface based on the power for far vision and the addition power.
The comfort of vision can be further tailored to meet the customer’s specific preferences.
Experience natural vision with seamless transitions across your visual field.
As the add power increases, the surface curve is set deeper, ensuring that the change in the back surface curve remains consistent. This careful adjustment helps to minimize sway and distortion, providing a more stable and comfortable visual experience
The wrap angle, pantoscopic angle, and vertex distance vary between Individuals. The threedimensional positional relationship (i-Location) between the eyes and lenses, determined by these measurements, is optimized by incorporating these factors into the lens design.
The lens design is optimized by making precise adjustments based on data related to the frame’s lens shape (size, vertical and lateral dimensions) and the eye point (pupil position). This approach ensures maximum wearing comfort while minimizing sway, distortion, and blurring.
The prescription can be specified in 0.01D increments, allowing for a more precise correction and a clearer view.
Cutting-edge neuroscience and the design, capable of approximating how objects look to the eyes have realized comfort of clearer vision and excellent sharpness.
The comfort of near vision lenses is significantly enhance by optimizing how objects appear, particularly when there is a difference in power between the right and left eye.
Far vision is enhanced by optimizing the progressive lens surface based on the power for far vision and the addition power.
As the add power increases, the surface curve is set deeper, ensuring that the change in the back surface curve remains consistent. This careful adjustment helps to minimize sway and distortion, providing a more stable and comfortable visual experience
Experience natural vision with seamless transitions across your visual field.
The wrap angle, pantoscopic angle, and vertex distance vary between Individuals. The threedimensional positional relationship (i-Location) between the eyes and lenses, determined by these measurements, is optimized by incorporating these factors into the lens design.
The lens design is optimized by making precise adjustments based on data related to the frame’s lens shape (size, vertical and lateral dimensions) and the eye point (pupil position). This approach ensures maximum wearing comfort while minimizing sway, distortion, and blurring.
The prescription can be specified in 0.01D increments, allowing for a more precise correction and a clearer view.
Cutting-edge neuroscience and the design, capable of approximating how objects look to the eyes have realized comfort of clearer vision and excellent sharpness.
The comfort of near vision lenses is significantly enhance by optimizing how objects appear, particularly when there is a difference in power between the right and left eye.
Far vision is enhanced by optimizing the progressive lens surface based on the power for far vision and the addition power.
As the add power increases, the surface curve is set deeper, ensuring that the change in the back surface curve remains consistent. This careful adjustment helps to minimize sway and distortion, providing a more stable and comfortable visual experience
The wrap angle, pantoscopic angle, and vertex distance vary between Individuals. The threedimensional positional relationship (i-Location) between the eyes and lenses, determined by these measurements, is optimized by incorporating these factors into the lens design.
The lens design is optimized by making precise adjustments based on data related to the frame’s lens shape (size, vertical and lateral dimensions) and the eye point (pupil position). This approach ensures maximum wearing comfort while minimizing sway, distortion, and blurring.
The prescription can be specified in 0.01D increments, allowing for a more precise correction and a clearer view.
Cutting-edge neuroscience and the design, capable of approximating how objects look to the eyes have realized comfort of clearer vision and excellent sharpness.
The comfort of near vision lenses is significantly enhance by optimizing how objects appear, particularly when there is a difference in power between the right and left eye.
Far vision is enhanced by optimizing the progressive lens surface based on the power for far vision and the addition power.
The wrap angle, pantoscopic angle, and vertex distance vary between Individuals. The threedimensional positional relationship (i-Location) between the eyes and lenses, determined by these measurements, is optimized by incorporating these factors into the lens design.
The lens design is optimized by making precise adjustments based on data related to the frame’s lens shape (size, vertical and lateral dimensions) and the eye point (pupil position). This approach ensures maximum wearing comfort while minimizing sway, distortion, and blurring.
The prescription can be specified in 0.01D increments, allowing for a more precise correction and a clearer view.
