Cylindrical lensarray

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3 days ago — My hands were so painful I couldn't hold the steering wheel. I hope that this trial gives everybody hope with autoimmune disease, that ...

Nd: YAG. Nd:YAG (neodymium-doped yttrium aluminium garnet) is a crystal that is used as a laser medium for solid-state lasers. Nd:YAG lasers ...

ThorlabsMicrolens Array

A concave lens has two focal points - one on each side. They are equal distances from the lens. The lens does not have to have the same curvature on both sides ...

GRIN lens

Camera electronics refer to the components within a camera that process the visual image captured by the camera lens into an electrical signal, ...

Optical Coherence Technology (OCT) uses light waves to take cross-section pictures of your retina. With OCT, you can see each of the retina’s distinctive layers. This allows you to map and measure their thickness which will assist in diagnosis and provide treatment guidance for retinal diseases such as, but not limited to; glaucoma, diabetic eye disease, and AMD. These measurements help with diagnosis.

Fresnel lens

GH Patterson · 2009 · 69 — Techniques are available that surpass this barrier and improve resolution up to 10 times over that of conventional microscopy.

Is Laser P-Polarized or S-Polarized? Laser light can be either p-polarized (parallel) or s-polarized (senkrecht/perpendicular), depending on the orientation ...

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LEICA DG VARIO-ELMAR lens for outstanding photographic performance throughout zoom ranges · Ultra telephoto zoom lens covering up to 1600 mm*2 for use in a wide ...

The LSM03-VIS scan lens has an AR coating designed for visible imaging centered around 633 nm. The lens has less than 0.25% reflectivity across a 130 nm ...

Powerphotonic

VCSELarray

temicon’s unique technology allows manufacturing of microlens arrays without intermediate gaps. This means the lens arrangement can be linear, right-angled, square or hexagonal. Any stochastically distributed microlens arrangement is also possible.

As a series producer, temicon supplies microlenses for use an extremely wide range of applications. Examples include decoupling structures in light guide plates for light collection in solar modules, optical imaging or creation of 3D effects.

Field of view is how much of our specimen we will be able to see through a microscope. It is simple the observable area in millimeters that we see through the ...

temicon microlens arrays are made using a combination of lithographic processes and reflow processes, making a very wide variety of spherical lenses possible. Replication can be done by UV imprinting on wafer level, glass or polymer substrate. This technology enables cost efficient high volume production. Likewise, microlens arrays can be produced by injection molding with high optical quality.

Microlens

temicon produces spherical or aspherical lens geometries in series, for example for 3D sensor technology or automated face or component recognition based on the structured light principle.

For 3D sensors, MLA-based lightprojectors are used to create light patterns on objects. Typical applications include face or component recognition. temicon offers MLA-based light projectors in a wide range of lens geometries and chip designs, with which existing sensors can also be retrofitted.

Various spherical lenses are arranged with a wide parameter field made up of the lens radius, lens height and lens raster into an array. Of course, microlens arrays are also possible without intermediate gaps.