low distortion

Custom Wireless Infrared IR Camera Lens Factory Materials Metal, Glass Total Track Length 21mm Focal Length 14.5mm Distortion 99.8@850nm±20nm Damage Threshold 50J/cm2 Screw Thread M12*0.5-6g Application Area Laser 1. Photochromic lens color to adjust transmittance, make human eyes adapt to the change of environmental light, reduce visual fatigue, and protect eyes. 2. Anti-blue light lens can effectively reduce the sustained damage caused by blue light to eyes. Application

Specification Materials Metal+Glass Total Track length 21mm Focal length 14.5mm Distortion 99.8@850nm+/-20nm Damage Threshold 50J/Cm^2 Screw Threshold M12*0.5-6g Application area Laser Recommend Products Company Profile Shanghai Advance Optical-Electronics Technology Co., Ltd. is a technology-based production enterprise,officially established in September 2009,the plant site located in Qingpu Industrial Park, Shanghai, only half an hour's drive from Shanghai Hongqiao

Optical glass M12 Focus laser collimating lens for laser cutting machine As expertise and manufacture experience in Laser Optics, we released the laser collimating lenses or called laser collimator, laser diode collimator for R&D and engineering development. We design and manufacture custom and pre-engineered collimating lenses for meeting customers’ application requirements. For some projects like laser collimator and beam expander with the need of fast turnaround time, we

Product Description: The Optical Filter is a high-precision component designed specifically for advanced optics applications. Engineered with optical-grade surfaces, this filter ensures superior performance and durability in a wide range of optical systems. Its exceptional quality and versatility make it an essential element for professionals and enthusiasts working in fields such as imaging, spectroscopy, laser technology, and scientific research. One of the standout

Precision Spherical & Aspherical Lens Elements for CCTV Modules In CCTV module design, optical performance is fundamentally determined by two factors: lens geometry and optical material selection. While spherical and aspherical structures define image correction capability, the optical glass material directly determines light transmission efficiency, infrared compatibility, thermal stability, and long-term imaging consistency. Our precision spherical and aspherical lens

Precision Spherical & Aspherical Lens Elements for CCTV Modules In CCTV module design, optical performance is fundamentally determined by two factors: lens geometry and optical material selection. While spherical and aspherical structures define image correction capability, the optical glass material directly determines light transmission efficiency, infrared compatibility, thermal stability, and long-term imaging consistency. Our precision spherical and aspherical lens