Microlens arrays(MLAs) are primarily used in LCD components, CCD/CMOS image sensors, and optical communication applications to focus or diffuse light in specific areas. MEMSLUX offers a more straightforward and efficient method for producing MLAs with a >97% fill factor compared to traditional manufacturing techniques. Depending on the process conditions, we can adjust the aspect ratio and lens spacing in various ways to meet diverse customer needs.
By using our MLA production methods, we can create engineered diffusers mainly for Time of Flight (ToF) sensors. Through unit lens control based on simulations, we can adjust the shape, angle, and optical properties to meet specific requirements. This approach especially allows us to produce engineered diffusers with different beam angles in the x and y directions.
[ Batwing Pattern generated by MEMSLUX MLA ]
[ Special MLAs by MEMSLUX ]
Specification | Remark | |
---|---|---|
Divergence Angle | H° × V° : 20~70° | FWHM, Option |
Refractive Index | 1.49 ~ 1.58 | |
Material | Polymer | Option |
Temperature range | -50℃ ~ 150℃ | |
Angular Distribution | Gaussian, Top Hat, Bat wing | Option |
Beam shape | Circle, Rectangular, Hexagonal | Option |
Fill Factor | Up to 99% | |
Aspect ratio | 15:1 ~ 1:2 | Negotiable |
Lens Sag | 3㎛ - 50㎛ | Negotiable |
Pitch | 5㎛ ~100㎛ | Negotiable |
Depending on the type of MLA being manufactured, MEMSLUX produces concave/convex, spherical/aspherical, and spacer-type MLAs. These can be applied to a wide range of applications.
Microlens arrays(MLAs) are primarily used in LCD components, CCD/CMOS image sensors,
and optical communication applications to focus or diffuse light in specific areas.
MEMSLUX offers a more straightforward and efficient method for producing
MLAs with a >97% fill factor compared to traditional manufacturing techniques. Depending on the process conditions,
we can adjust the aspect ratio and lens spacing in various ways to meet diverse customer needs.
By using our MLA production methods, we can create engineered diffusers mainly for Time of Flight (ToF) sensors. Through unit lens control based on simulations, we can adjust the shape, angle, and optical properties to meet specific requirements. This approach especially allows us to produce engineered diffusers with different beam angles in the x and y directions.
Specification | Remark | |
---|---|---|
Divergence Angle | H° × V° : 20~70° | FWHM, Option |
Refractive Index | 1.49 ~ 1.58 | |
Material | Polymer | Option |
Temperature range | -50℃ ~ 150℃ | |
Angular Distribution | Gaussian, Top Hat, Bat wing | Option |
Beam shape | Circle, Rectangular, Hexagonal | Option |
Fill Factor | Up to 99% | |
Aspect ratio | 15:1 ~ 1:2 | Negotiable |
Lens Sag | 3㎛ - 50㎛ | Negotiable |
Pitch | 5㎛ ~100㎛ | Negotiable |
Depending on the type of MLA being manufactured, MEMSLUX produces concave/convex, spherical/aspherical, and spacer-type MLAs. These can be applied to a wide range of applications.
US office
139 CENTRE ST STE 304, New York, NY 10013, USA
COPYRIGHTⒸ 2024 MEMSLUX. All rights reserved.