Industry Research Reports

A metalens is a type of lens made from nanostructures rather than traditional glass or plastic. These nanostructures are designed to manipulate light at the nanoscale, allowing for the creation of lenses that are much thinner and lighter than traditional lenses. Metalenses have the potential to revolutionize a wide range of optical technologies, including cameras, microscopes, and virtual reality devices.

A metalens is a type of lens made from nanostructures rather than traditional glass or plastic. These nanostructures are designed to manipulate light at the nanoscale, allowing for the creation of lenses that are much thinner and lighter than traditional lenses. Metalenses have the potential to revolutionize a wide range of optical technologies, including cameras, microscopes, and virtual reality devices.

A metalens is a type of lens made from nanostructures rather than traditional glass or plastic. These nanostructures are designed to manipulate light at the nanoscale, allowing for the creation of lenses that are much thinner and lighter than traditional lenses. Metalenses have the potential to revolutionize a wide range of optical technologies, including cameras, microscopes, and virtual reality devices.

The global Metalens market is projected to grow from US$ 41.84 million in 2024 to US$ 1.40 billion by 2030, at a Compound Annual Growth Rate (CAGR) of 79.51% during the forecast period.

Planar Metalens is a planar optical device that is mass-produced through semiconductor chip technology and has a surface micro-nano structure that modulates the phase of incident light to focus imaging. Compared with traditional lenses, they have small thickness, light weight, simple structure, low cost and high production capacity. They can be widely used in consumer electronics, security monitoring, drones, vehicle systems, VR/AR and other fields.

Planar Metalens is a planar optical device that is mass-produced through semiconductor chip technology and has a surface micro-nano structure that modulates the phase of incident light to focus imaging. Compared with traditional lenses, they have small thickness, light weight, simple structure, low cost and high production capacity. They can be widely used in consumer electronics, security monitoring, drones, vehicle systems, VR/AR and other fields.

Planar Metalens is a planar optical device that is mass-produced through semiconductor chip technology and has a surface micro-nano structure that modulates the phase of incident light to focus imaging. Compared with traditional lenses, they have small thickness, light weight, simple structure, low cost and high production capacity. They can be widely used in consumer electronics, security monitoring, drones, vehicle systems, VR/AR and other fields.

Planar Metalens is a planar optical device that is mass-produced through semiconductor chip technology and has a surface micro-nano structure that modulates the phase of incident light to focus imaging. Compared with traditional lenses, they have small thickness, light weight, simple structure, low cost and high production capacity. They can be widely used in consumer electronics, security monitoring, drones, vehicle systems, VR/AR and other fields.

Axicon superlens is a flat lens that uses metasurface technology to focus light. Its design combines the focusing characteristics of an axicon with the lightweight and high-resolution imaging advantages of a superlens. By artificially controlling the optical properties (such as amplitude, phase, and polarization) on the metasurface, the axicon superlens can achieve a focusing effect similar to that of a traditional axicon, while providing a smaller volume, lighter weight, and higher imaging quality.

Axicon superlens is a flat lens that uses metasurface technology to focus light. Its design combines the focusing characteristics of an axicon with the lightweight and high-resolution imaging advantages of a superlens. By artificially controlling the optical properties (such as amplitude, phase, and polarization) on the metasurface, the axicon superlens can achieve a focusing effect similar to that of a traditional axicon, while providing a smaller volume, lighter weight, and higher imaging quality.