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Kocanic Optics (Shenzhen) Co., Ltd. sincerely invites you to visit: The 18th Shenzhen International Laser and Intelligent Equipment, Photonics Technology Expo (LASERFAIR SHENZHEN 2025).

Kocanic Optics (Shenzhen) Co., Ltd. sincerely invites you to visit: The 18th Shenzhen International Laser and Intelligent Equipment, Photonics Technology Expo (LASERFAIR SHENZHEN 2025).

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2025/05

傲德光电（深圳）有限公司：高精度石英柱面镜，赋能激光科技新未来

傲德光电（深圳）有限公司：高精度石英柱面镜，赋能激光科技新未来

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2025/03

光学透镜：让世界更清晰的“魔法镜片”

光学透镜：让世界更清晰的“魔法镜片”

透镜，让世界更美好

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2025/03

2 minutes to understand the principle of the microstructure array lens

2 minutes to understand the principle of the microstructure array lens

Microstructure array lenses are formed by nanoscale sub-lenses arranged in a certain order. Since each sublens in the microstructure array lens has an independent optical axis, a main optical axis is formed. Therefore, compared with the traditional compound eye single lens, the microstructure array lens has extremely high parallelism, and each sub-lens can transmit the light source independently of each other without interfering with each other.

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2024/03

What do you know about a spherical lens?

What do you know about a spherical lens?

A spherical lens is a lens with a fixed radius of curvature on the surface of the lens inside the optical aperture. Spherical lenses are mainly divided into double convex lens, flat and concave lens, concave and convex lens, double concave lens, etc., which can be customized according to customer drawings or sample processing, to meet the different application needs of customers.

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2024/03

The difference between the Powell prism and the cylindrical array mirror

The difference between the Powell prism and the cylindrical array mirror

Powell prism: It is an optical nonspherical cylindrical mirror that allows the laser beam to preferably form a straight line with uniform density. Cylinder array mirror: Cylinder array mirror belongs to a kind of lens array. The core is the cylindrical microstructure distributed above, which can effectively reduce the spherical difference and chromatic difference by designing the aspherical surface shape, and has a one-dimensional amplification function.

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2024/03

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