Laser three-dimensional preparing method of non-spherical micro-lens
A laser three-dimensional, micro-lens technology, applied in the field of micro-manufacturing, can solve problems such as difficult to apply to the preparation of micro-optical components
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Embodiment 1
[0052] (1) Using the Visual Basic programming language to compile the point cloud data of the spherical microlens model
[0053] Compile the microlens program of the ellipsoid, the base radius r of the ellipsoid is 10 μm, and the height H is 10.5 μm. First use the formula x 2 +y 2 +[0.95z+(r 2 +H 2 / 2H)-H] 2 =(r 2 +H 2 / 2H) 2 Obtain the microlens model shape (0
[0054] Create a microlens program with a parabolic sectional profile in the vertical direction. The radius r of the bottom surface of the microlens is 10 μm, and the height H is 10 μm. First use the formula z=-a(x 2 +y 2 )+H[a=0.0...
Embodiment 2
[0113] (1) Use the Visual C++ programming language to compile the point cloud data of the hexagonal aspheric microlens array model with a side length of 5 μm and different heights.
[0114] First use the formula z=-a(x 2 +y 2)+H[0
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