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SF-SP12-D12.5 AF 12MP
SINCEREFIRST
| This Auto Focus 1/3.06-inch 12MP CMOS Sensor USB2.0 Waterproof Endoscope Camera Module ,is an autofocus high-definition imaging device based on a 1/3.06-inch CMOS sensor, meeting the technical demands of close-range, high-precision observation scenarios. Equipped with a 12-megapixel sensor (resolution 3840×3104), paired with 1.12μm×1.12μm pixel size and an F2.2 aperture design, it captures detailed images within an 80.9° field of view. The maximum frame rate of 30fps delivers a smooth visual experience for dynamic observation. Eight white SMD chip LEDs with a wavelength range of 4500-5000K provide stable supplementary lighting for imaging in low-light environments. This module utilizes a USB 2.0 interface for data transmission and 5V power supply, directly compatible with Windows XP and Windows 7 operating systems. The organic integration of these technical specifications and structural design endows the endoscope camera module with remarkable adaptability for applications including medical endoscopy, industrial micro-component defect detection, and internal structure observation of precision equipment. |  |
1. Exceptional High-Definition Imaging Performance: Powered by a 12-megapixel (3840×3104) CMOS sensor with 1.12μm×1.12μm pixel size and an F2.2 aperture, it captures detailed images within an 80.9° field of view. A 30fps frame rate ensures smooth dynamic observation, meeting high-precision imaging requirements.
2. Outstanding Environmental Adaptability: Eight 4500-5000K white SMD chip LEDs provide stable illumination, effectively addressing imaging challenges in low-light conditions. With an operating temperature range of 0°C to 50°C and anti-static, anti-collision design, it adapts to complex working environments.
3. Effortless Connectivity and Compatibility: A USB 2.0 interface integrates data transmission and 5V power supply, eliminating the need for additional drivers or power modules. Direct compatibility with Windows XP and Windows 7 systems reduces technical barriers and operational complexity during deployment.
4. Precise and Diverse Scenario Adaptability: Its compact 36.6mm × ∅14.5mm structure allows embedding in confined spaces. The auto-focus (3.5cm–∞) function accommodates both near and far observation needs, precisely matching scenarios demanding precision and miniaturization, such as medical endoscopy and industrial micro-component inspection.
1. Medical Endoscopy Field: Designed for the confined installation spaces of endoscopic equipment, its high-definition imaging and auto-focus capabilities precisely capture intricate details within body cavities. This provides clear visual support for clinical diagnosis, meeting the stringent precision requirements of medical observation scenarios.
2. Industrial Micro-Component Inspection: For minute targets like electronic components and precision mechanical parts, its high-resolution imaging and close-focusing capability accurately identifies surface defects and assembly deviations, enhancing industrial quality control.
3. Internal Observation of Precision Equipment: Its compact structure penetrates confined spaces within instruments and devices. Combined with supplementary lighting and high-definition imaging technology, it clearly displays internal structural conditions, providing visual evidence for equipment maintenance and troubleshooting.
4. Scientific Research Observation: Ideal for microscopic analysis of biological samples and material microstructures, its 10-bit ADC precision and stable imaging deliver high-quality raw images for experimental data collection, supporting scientific analysis.
Product Name | 14.5mm Endoscope Camera Module |
Led | 8pcs |
Mounting Type | USB2.0 |
Sensor | CMOS |
Focusing Range | 3.5cm~Infinity |
Pixel | 12MP |
F.NO | 2.2 |
Trademark | SINCERE FIRST |
Focus Type | Auto Focus |
Fov(D) | 80.9° |
The endoscope camera module collects the internal image through the front optical lens, converts it into electrical signal by CMOS or CCD sensor, and then optimizes it through image processing chip for noise reduction and enhancement, and finally outputs high-definition video signal. Some modules support wireless transmission or fiber optic signal transmission, suitable for medical or industrial inspection scenarios.
Mainstream resolutions include 720p, 1080p, 4K, etc. Medical grade modules usually require more than 1080p to ensure diagnostic accuracy, while industrial modules may choose lower resolutions to reduce costs according to demand. Ultra-high resolution modules are mostly used in precision surgery or scientific research.
In case of insufficient light in the body or pipeline environment, the module needs a high sensitivity sensor and a large aperture lens, and the noise reduction algorithm ensures the clarity of the dark field. Some products use infrared fill light or HDR technology to improve low light performance.
It supports a high-definition resolution of 3840x3104 with 12MP pixels, ensuring clear image details.
Yes, it uses a USB2.0 interface and supports the UVC protocol, allowing for easy and quick connection to various operating systems and devices without complex drivers.
It integrates 8 SMD chip LEDs with stable supplementary lighting, and combined with the F2.2 large aperture, it ensures sufficient image brightness in dim environments, solving the problem of blurred imaging in dark areas.
High pixels accurately capture fine textures, while the natural color temperature close to sunlight truly restores object colors, reducing color deviation and improving observation accuracy.
