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Microlens Array, MLA

Microlens Array, MLA

Microlens Array – Precision Light Field Control and Beam Homogenization

Microlens Arrays (MLAs) consist of a large number of precisely arranged microlenses that split, shape, and homogenize light beams. They are essential in beam uniformization, light field imaging, laser systems, and sensors.

LUMINA manufactures various microlens arrays for advanced optical systems.Through ultra-precision molding, etching, and polishing, LUMINA delivers large-area arrays with high uniformity and consistency.

Optional AR and protective coatings are available, with strong capacity for scalable production.

Key Features

1. High-precision fabrication

Individual lens sizes as small as 10 μm

Flatness up to λ/10 with micron-level array tolerances


2. Variety of structures

Spherical, aspherical, and cylindrical lens arrays

Single-layer, double-layer, and hybrid designs


3. Material flexibility

Optical glass (H-K9L, N-BK7)

UV-grade fused silica

IR crystals (ZnSe, CaF₂)


4. Advanced coating options

AR coatings for visible or IR optimization

Laser damage-resistant coatings for high-power systems

Hydrophobic and oleophobic coatings for contamination resistance

Applications

Beam homogenization: Laser projection, medical illumination, industrial inspection

3D light field imaging: Computational imaging, holographic displays

Sensors: LiDAR, 3D facial recognition, automotive ADAS systems

Optical communication: Fiber coupling, wavefront shaping

Medical devices: Miniature endoscopes, diagnostic instruments

Get in Touch With Our Sales Team

LUMINA is committed to becoming your reliable partner in the high-end optical field. If you have special optical needs or application challenges that cannot be met by standard products, please contact us to start your journey of customized optical solutions!
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