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FAQ
Our giant Fresnel lens, with a max diameter of 2200mm, is made from high-transparency PMMA and designed for solar concentrator systems, projection equipment, and magnification devices.
This Small PIR Lens for Smart Home Device (Model 018190) is engineered to deliver 360° panoramic detection for motion-sensing applications in wall-mounted or ceiling-mounted smart home systems.
This Small PIR Lens for Smart Home Device (Model 024120) is engineered to deliver 360° panoramic detection for motion-sensing applications in wall-mounted or ceiling-mounted smart home systems.
The Fresnel lens is used with LED light sources to enhance light efficiency and increase brightness.The lens size and light angle can be customized according to client specifications, helping to reduce mold development costs.
The Micro-Array Fresnel Lens is a precision optical component designed to converge and homogenize light. It is especially effective in LED lighting applications, where it enhances beam uniformity and softens light output for improved visual performance.
The Frosted Fresnel Lens is designed to converge and diffuse light, producing a more uniform and softened lighting effect.
Whether for compact stage lighting or high-power theatrical fixtures, Yuying’s Fresnel lenses strike the perfect balance between performance and practicality.
This Head-Up Display Optical Lens features a precision-engineered Fresnel design, specially developed for automotive HUD (Head-Up Display) systems.
This 3D Printing Fresnel lens is specially designed for LCD light-curing 3D printers. Installed under the LCD screen, it enhances vertical light transmission to improve printing accuracy and model finish.
We provide a wide range of sizes and focal lengths for linear Fresnel lenses, cylindrical lenses, and polarizers. We also offer custom design and manufacturing services tailored to specific project requirements.
Fresnel polarizing lenses are precision-engineered optical components that utilize the principle of light polarization to filter and eliminate direct glare from incident beams.