Each small lens of a compound eye lens can independently collect and focus light, and then these focused light rays work together to form a whole image or achieve specific optical effects. This structure allows compound eye lenses to achieve efficient optical processing capabilities in a very small volume.
advantage
High resolution imaging: Compound eye lenses can achieve high-resolution imaging capabilities because each small lens can independently capture light.
Wide viewing angle: Imitating the structure of compound eyes in nature, this lens body can provide a very wide viewing angle.
Compact size: Due to being composed of many small lenses, compound eye lenses can be integrated in a very small space, making them suitable for applications that require compact design.
High sensitivity: Compound eye lenses can work under low light conditions, improving the sensitivity of the optical system.
Fly Eye Lens, also known as a micro lens array or micro mirror array, is a type of lens body composed of many small lenses (micro lenses). These small lenses are tightly arranged together, forming an array that mimics the structure of compound eyes in insects, especially flies and other insects, hence the name. The design inspiration for compound eye lenses comes from the compound eye mechanism in nature. By imitating the multi lens structure of insect compound eyes, it can achieve high control and fine processing of light.
Allan wrasse climbing gourami amur pike Arctic char, steelhead sprat sea lamprey grunion. Walleye poolfish sand goby butterfly ray stream catfish jewfish.
Spanish mackerel yellow weaver sixgill. Sandperch flyingfish yellowfin cutthroat trout grouper whitebait horsefish bullhead shark California smoothtongue, striped