“菜单”

智能扩展和销售

在德国的tooz生产基地,我们批量生产用于智能眼镜的tooz光学元件。
Method 1

Engineering of a Scalable Clip-In Solution for your Preferred AR Glasses Design

A
Customized Coating Design
  • Functional to enable features
  • Functional to maintain eye health
  • Cosmetic to achieve a desired look
B
Customized Mechanical Design
  • Functional to enhance usability
  • Functional to enhance comfort
  • Cosmetic to achieve a desired look
Method 2

Engineering of a dedicated scalable Push/Pull solution for your preferred 3rd party waveguide

A
Optical Designs
  • Unlimited Rx
  • Any virtual image distance
B
Mechanical Designs
  • Thin and stable solutions
  • Environmentally encapsulated
C
Materials

Finding the best compromise for weight, thickness and safety

D
Processes
  • Limited SKU stock lenses or fully individualized
  • Enabling scalable integration of the Rx stack
Method 3

Customization of the tooz‘ Curved Waveguide

A
Field of View

Depending on the use case and target application, tooz can engineer your desired FoV up to 20° while keeping all other USPs, such as prescription and efficiency, alive.

B
Virtual Image Position

The ideal position of the virtual image might differ depending on the use case. We can engineer the needed position by adapting the optical design.

D
Efficiency

Reflective optics provide unmatched efficiency. Additionally, tooz can adjust the efficiency of customized optics according to the display technology by wavelength fitting of our coatings.

D
Eyebox Size

Cost efficiency is directly linked to the SKUs required to serve the market. tooz can provide customized eyeboxes enabling one size for all SKUs or very individualized optics.

E
UV Protection

We do not need to darken down our optics because of efficiency problems. However, UV/ sun protection is a key feature for both sport and lifestyle glasses. tooz is able to provide unlimited options from different gradings and colors up to polarized lenses.

F
Displays

Different display technologies provide different pros and cons. We can adjust our optics to increase display efficiency, adapt to size requests and enable low volume requirements of the glasses.