China Thermal infrared lens Manufacturers, Suppliers, Factory

Smart Home DV M12 Lens is 12mp high-definition CCTV lens， Smart Home DV M12 Lens
Is for smart home camera，Smart Home DV M12 Lens
is with 1/2.7 "face recognition.

BOSHI Optical Technology designs and manufactures this high performance wide angle lens tailored for 1/2.7 sensor based imaging devices. As a 3.26mm fixed focal lens with a remarkable F1.0 large aperture, it excels at capturing clear and bright images even in dim ambient light, which greatly reduces motion blur and improves low light imaging quality for security and monitoring use. This M12 mount CCTV lens delivers a 129.5 degree diagonal field of view, enabling broad scene coverage with fewer blind spots for wide area surveillance. It comes with a built in 650nm IR cut filter to deliver accurate color rendering in visible light environments, ensuring true to life image output for daytime monitoring.With a compact total length of 22.5mm, the lens fits easily into various compact camera housings and supports flexible installation in space constrained scenarios. It maintains stable optical performance across an operating temperature range from -20℃ to 70℃, adapting to both indoor and harsh outdoor environments. BOSHI Optical Technology applies strict quality control over every production link to ensure consistent performance and long service life. This F1.0 large aperture lens is a cost effective solution for modern CCTV systems, indoor monitoring, and general industrial imaging projects that demand wide coverage and reliable low light performance.

M12 2.85mm 1/2.9" F2.3 Security Lens PL071, and all products have been tested by MTF instruments, resulting in higher consistency compared to products from other suppliers. You can rest assured to purchase standard M12 lenses from our factory.

F1.6 4.0mm 1/2.7" M12 Starlight Security CCTV Lens, and all products have been tested by MTF instruments, resulting in higher consistency compared to products from other suppliers. You can rest assured to purchase standard M12 lenses from our factory.

F1.6 3.0mm 1/2.7" M12 Vehicle Dashcam Lens with IR-cut, and all products have been tested by MTF instruments, resulting in higher consistency compared to products from other suppliers. You can rest assured to purchase standard M12 lenses from our factory.

BOSHI optical compound eyes lens, the high-precision Optical Compound Eyes Lens (also named optical fly eye lens), a core custom optical component developed and manufactured by Shanghai Silk Optical Technology Co., Ltd., an affiliate of Jiangxi Boshi Intelligence Technology Co., Ltd. (BOSHI), a professional Chinese optical manufacturer with advanced full-process optical processing capabilities. The company is equipped with state-of-the-art high-precision processing and testing equipment, including imported Sumitomo production facilities, and holds ISO9001 quality certification. All optical products are manufactured and assembled in dust-free workshops, with strict full-process quality inspection by professional QC teams to guarantee ultra-high optical precision and stable performance. As a key category of injection-molded plastic aspheric optical lenses, the optical compound eyes lens is included in the company’s comprehensive product portfolio, which also covers VR/TOF lenses, aspheric laser collimating lenses, beam combining lenses, TIR lenses, HUD backlight module lenses, LED street lenses, as well as free-form surface and aspheric optical parts. The company supports both standard mass production and fully customized design & processing for non-standard optical products. This compound eyes lens is widely applied in infrared rangefinders, laser radar systems, and optical transmitting & receiving instruments. The matched aspheric lenses enable critical functions including laser alignment, focusing, and fiber coupling, as well as Gaussian beam shaping (collimation, focusing, homogenization) for optical measurement, laser medical treatment, and laser processing. The aspheric design also delivers superior imaging clarity and resolution, while supporting the miniaturization of optical systems.