Electroformed Fresnel lenses are lenses with geometric shapes, high light intensity, high energy density, good focal length, and high light utilization rates. They consist of a series of concentric concave grooves etched on one side of a plastic sheet, with each groove having a slightly different angle from the next and maintaining the same focal length.

Electroformed Fresnel lenses can be applied in various situations requiring focusing or magnification, such as flashlights, projectors, ovens, etc. Their advantages include high light energy utilization, low heat generation, good light spot quality, and excellent focusing performance.

It is essential to consider the materials to be used before implementing electroplating. High-quality imported crystals are a prerequisite to ensure the functionality of the lenses, while also guaranteeing enhanced optical, thermal, and mechanical properties of the materials.

Electroformed Fresnel lenses are suitable for various fields, including but not limited to:

Projection Displays: Used for manufacturing projection televisions, rear-projection Fresnel screens, overhead projectors, collimators, etc.

Focus and Converge: Used for solar Fresnel lenses, photographic Fresnel spotlights, Fresnel magnifiers, and more.

Aeronautics and Navigational Equipment: Focusing on Fresnel lenses for lighthouses and Fresnel flight simulators.

Technology Research: Used in laser detection systems, etc.

Infrared Detection: Used for passive mobile detectors, etc.

Luminoptic: Used in automotive headlights, traffic signs, optical landing systems, etc.

Smart Home Technology: Used for security system detectors and more.