FILTER PRODUCTS

to
to
to
to
to

Rectangular Microlens Array

Nalux Micro Lens Array
Nalux Co Ltd
A micro lens array is simply a large number of very small lenses (lenses can be as small as 25 um) combined together in a single optic. Nalux has decades of experience making microlens arrays and Nalux\'s customers can expect a great deal of design support and important advice during the design stage. 

Specifications

Material: Not Specified
Grid Shape: Linear, Square, Rectangular, Hexagonal
Effective Focal Length (EFL): -- mm
Lens Pitch: 0.025 mm
Array Width: -- mm
...
Data Sheet
Sumita Aspherical Microlens Array
Sumita Optical Glass
Microlens array made of glass materials for excellence with environment resistance and temperature properties, is actualized. It also corresponds with telcordia standard by precise molding. As materials with high refractive index, K-VC89 exceeds 1.8(nd) refractive index is also available. We actualize low cost and mass ...

Specifications

Material: K-PBK40
Grid Shape: Square, Rectangular
Effective Focal Length (EFL): 0.6 mm
Lens Pitch: 0.250 mm
Array Width: 7 mm
...
Data Sheet
Micro Lens Array
Isuzu Glass
Micro Lens Array was created by focusing comprehensively on technologies we have developed over the years in such areas as mold building for integrated lens arrays, glass formation and evaluation. We manufacture Micro Lens Array according to the following specifications: minimum lens curvature of R0.3 mm, minimum cell dimensions ...

Specifications

Material: BK7 Glass
Grid Shape: Rectangular
Effective Focal Length (EFL): Custom mm
Lens Pitch: Custom mm
Array Width: 0.3 mm
...
Data Sheet
On FindLight marketplace you will find 3 different Rectangular Microlens Array from suppliers around the world. With just a few clicks you can compare different Rectangular Microlens Array and get accurate price quotes based on your needs and quantity required. Note that some wholesale suppliers may offer discounts for large quantities. From any product page you can directly contact any vendor within seconds.