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Coligh uses advanced photolithography technology to produce Fused Silica Hexagonal Microlens Arrays, which are microstructure arrays with high uniformity. This microlens array is made from high-purity fused silica, and the hexagonal structure increases the optical fill factor.- Photolithography technology fabticating
- Fused silica as substrate
- Hexagonal microlens units
- Pitch range from 10μm to 1500μm
- Maximum size up to 4-6 inch
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Coligh’s fused silica square microlens arrays, fabricated using photolithography technology, are made from UV fused silica and feature refractive microlenses with square apertures arranged in a square grid. These Microlens Arrays are widely used in laser beam shaping, light homogenization, imaging, optical communication, and LiDAR applications. -
The hexagonal diffraction microlens array produced by Coligh using photolithography technology is a two-dimensional micro-array lens in which the shape of a single lens is a regular hexagon and the lenses are arranged in a honeycomb hexagonal arrangement in the array. The microlens array can achieve the purpose of controlling the phase of light waves through the design of this diffraction structure.- Microlens Shape: Hexagonal
- Lens Arrangement: Hexagonal Grid
- Lens Type: Refractive, Plano-Convex
- Pitch Accuracy: ± 1 μm
- Applications: Fiber Coupling, Calibration, Imaging
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Coligh adopts photolithography to produce homogenizing mirrors, and in addition to the existing models, we can customize the mirrors according to the customer's requirements, which can adapt to different types of laser, such as stabilized cavity, unsteady cavity and non-stabilized cavity.- Material: Quartz
- Type: Homogenized Mirror, etc.
- Applications: Laser Processing, Medical Aesthetics, etc.



