In the realm of optical technology, the M12 lens, also known as the S-mount lens, has emerged as a cornerstone for various imaging applications. This lens type, characterized by its standard M12X0.5 thread, offers a versatile and compact solution for integrating with PCB cameras, earning it the nickname “board lens” or “miniature lens.” When exploring the compatibility and characteristics of M12 lenses, particularly in relation to sensor sizes, it’s essential to delve into the product parameters and the unique offerings of leading manufacturers like TOWIN.

Understanding M12 Lenses and Sensor Sizes

M12 lenses are designed with a specific thread size, allowing them to be directly screwed onto the M12 mount of a PCB camera. This design simplifies the integration process and ensures a secure fit. However, the question of sensor size compatibility arises when considering M12 lenses for different applications.

Firstly, it’s crucial to understand that the sensor size in a camera determines the field of view and the amount of light that can be captured. Common sensor sizes include 1/4″, 1/3″, 1/2.5″, 1/2.3″, 1/1.8″, and 1/1.7″, among others. Each sensor size offers a unique balance between resolution, low-light performance, and cost.

M12 lenses, due to their compact design and versatility, are typically used with smaller sensors. These lenses are engineered to provide optimal image quality across a range of focal lengths and apertures, making them suitable for applications where space is limited or where a lightweight solution is required. However, it’s important to note that the exact sensor size compatibility of an M12 lens depends on the specific camera module and its design.

TOWIN’s M12 Lens Offerings

TOWIN, a professional optical lenses supplier, offers a comprehensive range of M12/S-mount lenses tailored to meet the diverse needs of various applications. Their product line includes Low Distortion lenses, Fisheye lenses, Wide Angle lenses, Low Light Sensitive lenses, Pinhole lenses, and Automotive lenses. Each of these lens types is designed with specific characteristics to optimize performance in different scenarios.

Low Distortion Lens

TOWIN’s Low Distortion M12 lenses are engineered to minimize image distortion, ensuring accurate and reliable imaging. These lenses are ideal for applications where precise measurements or object recognition are critical, such as in industrial automation or machine vision systems.

Low Distortion lens

Fisheye Lens

Fisheye M12 lenses from TOWIN provide an ultra-wide field of view, often exceeding 180 degrees. This makes them suitable for applications requiring panoramic views or immersive imaging experiences, such as in surveillance systems or virtual reality applications.

Fisheye Board Lens

Wide Angle Lens

TOWIN’s Wide Angle M12 lenses offer a broad field of view without the extreme distortion associated with fisheye lenses. These lenses are ideal for capturing wide landscapes or for applications where a large area needs to be monitored, such as in retail environments or public spaces.

Wide Angle Board Lens

Low Light Sensitive Lens

Designed to excel in low-light conditions, TOWIN’s Low Light Sensitive M12 lenses feature larger apertures and advanced optical coatings to maximize light transmission. This makes them suitable for night vision systems, security cameras, or any application where imaging in low light is essential.

Low Light Sensitive Lens

Pinhole Lens

Pinhole M12 lenses from TOWIN offer a unique imaging solution with an extremely small aperture, resulting in a deep depth of field and a soft, dreamy aesthetic. These lenses are often used in artistic photography or for applications requiring a specific visual effect.

Megapixel Pinhole Lens

Automotive Lens

TOWIN’s Automotive M12 lenses are engineered to meet the rigorous demands of the automotive industry. These lenses are designed to withstand harsh environmental conditions, provide high-resolution imaging, and ensure reliable performance in critical applications such as driver assistance systems or rearview cameras.

Waterproof Automotive Lens

Product Parameters and Characteristics

When considering TOWIN’s M12 lenses, it’s essential to understand the key product parameters that influence their performance. These include focal length, aperture, field of view, distortion, and resolution.

• Focal Length: Determines the angle of view and the magnification of the image. TOWIN offers M12 lenses with various focal lengths to suit different applications.
• Aperture: Controls the amount of light that enters the lens. Larger apertures allow more light to pass through, improving low-light performance.
• Field of View: The extent of the observable world seen at any given moment through the camera. TOWIN’s M12 lenses provide a range of fields of view to accommodate different application requirements.
• Distortion: Minimized in TOWIN’s Low Distortion lenses to ensure accurate imaging.
• Resolution: High-resolution imaging capabilities are crucial for many applications. TOWIN’s M12 lenses are engineered to provide sharp, detailed images.

In addition to these parameters, TOWIN’s M12 lenses also feature advanced optical coatings to reduce reflections and improve light transmission. This ensures that the lenses perform optimally across a wide range of lighting conditions.

Conclusion

M12 lenses, with their compact design and versatility, offer a valuable solution for various imaging applications. When considering sensor size compatibility, it’s important to understand that M12 lenses are typically used with smaller sensors due to their design and application requirements. TOWIN, as a leading optical lenses supplier, offers a comprehensive range of M12/S-mount lenses tailored to meet the diverse needs of different industries.

From Low Distortion lenses to Automotive lenses, TOWIN’s M12 lenses are engineered with precision and care to ensure optimal performance in various scenarios. Whether it’s for industrial automation, surveillance systems, or automotive applications, TOWIN’s M12 lenses provide a reliable and high-quality imaging solution. Understanding the product parameters and characteristics of these lenses is crucial for selecting the right lens for your specific application needs.