AR-TEG Mold Sales
This 8’’ testing mold was designed for evaluating the NIL process of waveguides for AR glasses at the wafer level, This mold is especially useful with the process of high-index resin materials and optimization of nanoimprinting process for mass productions. Pattern design consisted of the binary grating with different fill factors and angles combined with the pillar pattern and blanket region. Full pattern without blanket region is also available.
*Pattern design doesn’t involve any Intellectual properties, thus the test results can be used without any limitation.
Production Intro
This 8’’ testing mold was designed for evaluating the NIL process of waveguides for AR glasses at the wafer level, This mold is especially useful with the process of high-index resin materials and optimization of nanoimprinting process for mass productions. Pattern design consisted of the binary grating with different fill factors and angles combined with the pillar pattern and blanket region. Full pattern without blanket region is also available.
*Pattern design doesn’t involve any Intellectual properties, thus the test results can be used without any limitation.
Use case 1) Evaluation of the mixed patterns combination
AR-TEG
| Parts Number | Dimension of Structure |
Stamp Dimension |
Materia | Layout |
|
TEG-AR-C-200 |
Refer to the below Figure for detail |
Refer to the below Figure for detail |
φ200mm |
Checkerboard pattern |
|
TEG-AR-C-15×15 |
ditto |
ditto |
Roughly 30x30mm |
Checkerboard pattern (2 shots for patterned, 2 shots for blanket) |
|
TEG-AR-F-200 |
ditto | φ200mm | ditto | Full pattern (97 shots for patterned) |
|
TEG-AR-F-15×15 |
ditto | Roughly 30x30mm | ditto | Full pattern (4 shots patterned) |
Product Contact
Sammi Hsieh
- TOPCO SCIENTIFIC CO.,LTD.
- Senior Manager
- Sales Dept. II, Application Products Div., 1st Business Unit