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A group of tiny lenses organized in an array or grid pattern on a substrate is known as a micro lens array (MLA).
The size of each individual lens in the array is typically between a few micrometers and a few millimeters.
The lenses, which can be convex or concave, are made to diverge or focus light in a regulated way.
Numerous sectors, including optics, imaging, displays, sensors, and photonics, use micro lens arrays in diverse ways.
The Micro lens array accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
They are well-known for their micro lens array products, including “Fused Fiber Optic Taper.”
This item makes use of a highly technical procedure called “thermal drawing” to create a fiber optic taper with a precise reduction in diameter along its length.
In many optical systems, including as telecommunications, medical imaging equipment, and industrial sensors, efficient light coupling between fibers is essential.
The taper makes this possible.
The fused fiber optic tapers from LightPath provide great repeatability, low insertion loss, and outstanding optical performance.
The “Custom Micro Lens Array” is one of LightPath’s other standout products.
These specifically constructed micro lens arrays are made to order and are intended for use in a variety of imaging and beam-shaping applications.
They are expertly produced with extreme accuracy utilizing cutting-edge fabrication techniques, guaranteeing consistency and homogeneity throughout the array.
Custom micro lens arrays are used in a variety of industries, including barcode scanning, 3D sensing, and machine vision.
Additionally available from LightPath Technologies is the “Fast Axis Collimator (FAC) Lens Array.”
High-power laser diode arrays can be efficiently collimated with the help of this product.
In laser diode systems used for materials processing, laser pumping, and medical applications, FAC lenses play a crucial role.
LightPath’s FAC lens arrays are designed to withstand high optical power levels while preserving superior optical performance and reducing beam divergence.
