English
Home > Products > M12 short focus lens

China M12 short focus lens Manufacturers, Suppliers, Factory

With our rich working experience and thoughtful companies, we have now been recognized as being a trustworthy supplier for a lot of global potential buyers for M12 short focus lens,170 degree wide angle mini camera lens,M12 fisheye lens 1/2.9 inch sensor,2.6mm M12 board lens f2.0,wide angle lens for action camera, We wholeheartedly welcome consumers all over the entire world appear to go to our manufacturing unit and have a win-win cooperation with us!
M12 short focus lens, During in 11 years, We have participated in more than 20 exhibitions, obtains the highest praise from each customer. Our company has been devoting that "customer first" and committed to helping customers expand their business, so that they become the Big Boss !

Related Products

Hot Products

  • M12 Starlight Lens F1.6-6mm

    M12 Starlight Lens F1.6-6mm

    M12 Starlight Lens F1.6-6mm HD Security Monitoring Board Lens 1/2.7"，Low illumination.
  • 1/6 CMOS image sensors endoscope Lenses diameter M4

    1/6 CMOS image sensors endoscope Lenses diameter M4

    1/6 CMOS image sensors endoscope Lenses diameter M4 is made of a combination of glass and plastic, with a wide angle of 140 degrees. shanghai silk optical provides small-sized medical for 1/6, 1/7.5, 1/9,1/11,1/15, and 1/18 etc CMOS image sensors with a large field of depth, low distortion, reliable durability, and water-resistant. These tiny plastic lenses are widely used in disposable endoscopy applications.
  • 1.8mm Fisheye Lens

    1.8mm Fisheye Lens

    Manufactured by BOSHI Optical Technology, this high‑performance ultra wide angle M12 mount 1.8mm Fisheye Lens is optimised for the 1/2.9 inch sensor, equipped with 1.8mm focal length and F2.0 aperture to realise extraordinary large scene capturing capacity. It provides 208 degree diagonal viewing range to realise complete panoramic imaging without visual dead zones. Compact mechanical size allows easy embedding into small‑form camera modules. Every unit undergoes strict optical testing to realise steady high relative illumination and manageable f‑theta distortion. BOSHI Optical Technology leverages mature optical manufacturing workflow to maintain reliable product consistency for mass order demands of panoramic monitoring and machine vision optics projects.
  • Injection molding of capsule shell

    Injection molding of capsule shell

    Injection molding of capsule shell, has a high transmittance optical effect, small size, light weight, and is made of corrosion-resistant polymer material, which does not rupture.
  • f1.6 2.8mm 1/2.7

    f1.6 2.8mm 1/2.7" Standard M12 Starlight Lens

    f1.6 2.8mm 1/2.7" Standard M12 Starlight 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.
  • M12 F1.6 3.0mm 1/2.7

    M12 F1.6 3.0mm 1/2.7" Network Camera Lens

    Standard M12 F1.6 3.0mm 1/2.7" Network Camera 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.
  • Related Blog
  • Reviews

  • What Happens to a Camera Lens Before It Reaches the Sensor?

    A camera lens does more than "focus light"—it manages light through multiple optical elements, controlling refraction, aperture, aberrations, and chief ray angle (CRA) to deliver a usable image to the sensor. The image circle must cover the sensor; edge performance and MTF matter as much as center sharpness. Aperture size affects low-light capability but increases aberration challenges. Lens and sensor selection should happen together, as pixel size, field of view, and optical coatings all influence final image quality. Boshi Optics designs lenses for security, AI, drones, automotive, and medical imaging, integrating design, molding, assembly, and testing for consistent performance.

  • MTF Testing Explained: How Engineers Evaluate Lens Performance

    MTF (Modulation Transfer Function) testing measures how well a lens transfers contrast and detail to the sensor, revealing true optical resolution beyond megapixel counts. Engineers evaluate center, edge, and mid-field performance using controlled patterns. MTF curves show contrast retention at fine detail levels. This matters for security, industrial vision, robotics, and medical imaging, where clarity affects detection and accuracy. MTF is one of several tests—alongside distortion, chromatic aberration, and flare—used to ensure reliable real-world performance. Boshi Optics prioritizes balanced optical design and consistent manufacturing for dependable imaging.

  • Innovation Beyond Borders: Shanghai Silk Optical Technology Showcases Precision Solutions at APE 2026 Singapore

    SINGAPORE, Feb 4, 2026 — As the Asia Photonics Expo (APE 2026) kicks off today at the Sands Expo and Convention Centre, Shanghai Silk Optical Technology is proud to announce its presence as a key exhibitor.

  • Six Basic camera lens Types

    A wide-angle camera lens is a photographic camera lens with a shorter focal length than a standard camera lens, a larger viewing angle than a standard camera lens, a longer focal length than a fisheye camera lens, and a smaller viewing angle than a fisheye camera lens. Wide-angle camera lenses are divided into two types: ordinary wide-angle camera lenses and ultra-wide-angle camera lenses.

  • How Can a Distortionless Lens Improve Imaging Accuracy and Optical Performance?

    A distortionless lens is designed to eliminate or significantly reduce image distortion, ensuring precise and reliable visual representation. This article explores how distortionless lenses work, their advantages, and how they solve common challenges faced by industries such as machine vision, medical imaging, and precision inspection. By understanding their structure, features, and selection criteria, users can make informed decisions to enhance imaging quality and operational efficiency.

  • Why F1.0 Large Aperture Is the Real Engine Behind Black Light Full-Color Surveillance

    The surveillance industry loves talking about AI. AI detection. AI perimeter protection. AI behavioral analytics. AI everything. But here’s the uncomfortable truth most camera marketing avoids: if the lens cannot deliver photons cleanly to the sensor, the AI downstream is basically trying to identify objects from visual leftovers. And in black light full-color surveillance, that problem becomes brutally obvious. Because once illumination drops below a few lux, the camera system stops being a “smart device” and becomes a pure optical physics problem. That’s where F1.0 large-aperture optics change the game. Not cosmetically. Not as a spec-sheet flex. Fundamentally.

Send Inquiry

Hit enter to search or ESC to close
X
We use cookies to offer you a better browsing experience, analyze site traffic and personalize content. By using this site, you agree to our use of cookies. Privacy Policy
Reject Accept