Product Briefing: SF-C016USB-D1.2 1.2mm USB Endoscopic Camera Module

Designed for multi-scenario precision inspection, it is equipped with the core OmniVision OCHTA10 CMOS sensor. Its ultra-slim diameter of 1.2mm±0.05mm breaks through the spatial limitations of traditional tools. Paired with an F/2.8 large aperture and an ultra-close focusing capability of 0.175mm, it can achieve 3-30mm intelligent zoom to capture 25μm-level tiny defects. The 100°×100° wide field of view (FOV) and TV distortion of <-11% ensure consistent image quality from edge to center. The 4-LED fill light system adapts to low-light and enclosed environments, while IP67 dust and water resistance combined with a stainless steel sleeve structure enhances durability. It supports USB2.0 plug-and-play functionality (Mini USB-5P connector) and is compatible with Windows, macOS, Linux, and Android systems. With a basic tolerance of ±0.1mm, it complies with international standards such as CE and FCC.

Core Advantages

• Outstanding spatial adaptability: The ultra-small 1.2mm diameter can penetrate narrow areas such as gaps between microelectronic components and internal cavities of precision machinery, meeting the needs of minimally invasive detection.

• Reliable imaging accuracy: The combination of the OCHTA10 sensor and F/2.8 aperture enhances low-light clarity, and the ultra-close focusing and low distortion characteristics make it suitable for precise inspection of solder joints, microcracks, etc.

• Balanced usability and durability: No driver installation is required for quick setup. The IP67 protection and stainless steel structure can handle industrial environments such as humidity and dust.

• Strong cross-scenario compatibility: Multi-system compatibility and a universal Mini USB interface allow flexible pairing with terminals such as computers and industrial tablets.

Objective Limitations

• The zoom range is limited to 3-30mm, unable to meet the detection needs of ultra-long distances (e.g., >30mm).

• It adopts a Mini USB interface, requiring an additional adapter when paired with some mainstream Type-C devices.

Selection Recommendations

• Microelectronics manufacturing (solder joint defect detection in BGA rework stations, microhole verification in PCB flying probe testing);

• Medical device quality control (channel cleanliness inspection of endoscopic robots, inner wall polishing analysis of metal tubes in minimally invasive instruments);

• Precision machine tool maintenance (tool wear monitoring of Swiss-type sliding head lathes, deep cavity cleaning inspection of 5-axis machining centers).

• External inspection of large equipment requiring ultra-long-distance observation;

• New terminal scenarios without adapter conditions and relying on Type-C interfaces.