Optically Aligned Molded Microlens Arrays on Multi-Core Fibers for
We experimentally demonstrate the feasibility of producing an array of polymer micro-lenses for multi-core single-mode fibers
Self-focusing microlens fiber array
Self-assembling of PDMS microlens arrays through pyro-EHD for real
Here we show that microlens arrays obtained with the pyro-EHD self-assembling process exhibit high fill-factor and
Microlens arrays
As thin polymer layer on glass, Si, etc. High lateral and axial precision High chemical / thermal stability On top of processed wafers
Fabrication of Microlens Array and Its Application: A Review
Microlens arrays are the key component in the next generation of 3D imaging system, for it exhibits some good optical
Optically Aligned Molded Microlens Arrays on Multi-Core Fibers for
Optically Aligned Molded Microlens Arrays on Multi-Core Fibers for Sub-Wavelength Focusing Abstract: We experimentally
Application of Microlens Arrays in Fiber Coupling
Microlens arrays have become an essential component in fiber coupling systems due to their ability to improve
Self-Assembled Microlens Array with Controllable Focal
A tunable-focus liquid crystal microlens array is demonstrated and characterized. Using two-photon polymerization
Design and fabrication of fiber optic microlenses using an arc fusion
We fabricated three distinctive microlens types: ball-type, fiber tip, and ball-type on a tapered fiber, demonstrating versatility in lens
Self assembly polymer microlens array for integral imaging
By filling a very low viscosity prepolymer material into each circular hole via drop-on-demand printing, refractive lens
Silicon Micro Lens Product Brief
Silicon Micro Lens Coupling/Focusing Lenses for 1310-nm DFB and EAM Lasers Overview Broadcom single-channel silicon lenses
Optical Fiber Collimator Arrays
The compact fiber array design allows a high number of collimated output beams with minimal angular deviation. Thanks to precise
Self-Assembled Microlens Array with Controllable Focal Length
Our self-assembled microlens array has the merits of high optical performance, a simple fabrication procedure, and good mechanical
Microlenses arrays: Fabrication, materials, and applications
Microlens array with well-controlled curvature and smooth surface is required in various applications. Both focal length and the NA
Self-focusing – nonlinear, limit, Kerr lens, collapse, filamentation
We investigate how the fundamental mode of a fiber shrinks due to nonlinear self-focusing. Also, we simulate how a higher-order
Analytical beam propagation model of micro-lensed fibers for
Micro-lensed fibers require some features such as low coupling loss and wide tolerance to function in wavelength
Fabrication of microlens array and its application of submicron
A Microlens Array (MLA) is a lens module composed of multiple plano-convex lenses arranged in the same plane.
Self-assembled microlens array with controllable curvatures for
3D displays constructed by integrating microlens array with 2D displays. The morphology of microlens array controlled
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GENERAL DESCRIPTION Microlens Arrays with superior form accuracy are used for applications, where reliability and highest
Optical Fiber Collimator Arrays
For easier handling and integration, the fiber assembly with MLA can be housed in a stainless steel flange. Active alignment of
High accuracy precision microlens arrays: Precision glass molding
Info-Box Technology demonstrator for microlens arrays (MLAs) facilitates testing in customer specific optical systems. Precision
Mold-free self-assembled scalable microlens arrays with ultrasmooth
Here we report a mold-free and self-assembly approach of mass-production of scalable MLAs, which can also have
Elaboration and optimization of microlens for high optical coupling
Dip coating technique has the potential to provide a simpler and more cost-effective means of forming an optical fiber
Mold-free self-assembled scalable microlens arrays with
Microlens arrays (MLAs) based on the selective wetting have opened new avenues for developing compact and miniaturized imaging
Lensed Fiber Arrays
They are intended for free space coupling to other fiber arrays, photonic integrated circuits (PICs), or other
Recent Progress in Liquid Microlenses and Their Arrays for
Liquid microlenses and their arrays (LMLAs) have emerged as a transformative platform in adaptive optics, offering
Microlenses arrays: Fabrication, materials, and applications
Then the vapor-induced dewetted SU-8 droplets were self-organized on O 2 -plasma-treated hydrophilic spots to form
MICROLENS ARRAYS
Technology mastering Mastering by lithography and reflow Replication by UV polymer molding or Transfer to silicon, glass or fused
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