Fixed Focus 1.5mm Diameter OCHFA10 Sensor Inspection Endoscope Camera Module

Fixed Focus 1.5mm Diameter OCHFA10 Sensor Inspection Endoscope Camera Module

Product Description:

• This is a fixed focus 1.5mm diameter OCHFA10 sensor inspection endoscope camera module, an ultra-miniature imaging solution specifically designed for high-demand minimally invasive inspection scenarios. Equipped with the OmniVision OCHFA10 CMOS color image sensor, it features 0.5MP pixels and 700x700 resolution, with a maximum support for 30FPS frame rate, enabling smooth display of dynamic images. The 1/17.5-inch sensor size, combined with 1.008μm×1.008μm high-precision pixels, ensures clear capture of tiny details. In terms of optical configuration, the F5.0 aperture, 0.418mm focal length, and 5~50mm focusing range work in synergy—it not only meets the needs of high-precision imaging at a close distance of 5mm but also covers medium-distance observation up to 50mm. With a field of view (FOV) of D105°*H86°*V86° and TV distortion < -11%, the image is wide and free from obvious stretching or deformation. The output end supports dual formats (YUY/MJEPG): YUY is suitable for real-time low-latency observation, while MJEPG facilitates high-compression storage. It adopts a Micro USB interface for output at USB2.0 speed and is compatible with the UVC protocol to achieve plug-and-play functionality. The separated structural design reduces the constraint of cables on lens movement; the lens has a diameter of only 1.5mm and is paired with chemical corrosion-resistant plastic lenses. Manufactured through SMT technology and AA (Active Alignment) process to ensure mass production precision, it has also passed international certifications such as CE, FCC, RoHS, and REACH, making it suitable for strict application requirements in multiple fields.
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Features:

• High Operational Precision: Supports manual focus, which can be combined with the 5~50mm wide focusing range to accurately lock onto targets at different distances (e.g., close-range component cracks, medium-distance cavity structures). Paired with the direct-view imaging function, clear images can be obtained without repeated adjustments, reducing operational complexity.​
• Flexible Scene Adaptability: The separated design allows independent arrangement of the lens and the host, adapting to observation needs in narrow spaces (such as equipment interiors and human body cavities). The UVC protocol is compatible with mainstream systems like Windows and Android, requiring no dedicated drivers and enabling quick connection to devices such as tablets and laptops, thus reducing deployment costs.​
• Reliable Mass Production and Compliance: Adopts SMT technology for efficient mass production, and the AA process ensures μm-level alignment accuracy between the lens and the sensor, avoiding imaging deviation caused by assembly errors. Having passed multiple international certifications, it complies with compliance standards in the medical, industrial, and consumer electronics fields in terms of electromagnetic compatibility and restriction of hazardous substances, ensuring strong stability in long-term use.​
• Balanced Imaging Details and Field of View: The 1.008μm pixel size guarantees detail reproduction capability, while the 105° wide FOV expands the observation range—solving the contradiction that "high-detail imaging tends to sacrifice the field of view". A single observation can cover more areas while capturing key details.

Technical Parameters:

Applications:

1. Auxiliary Ophthalmic Slit Lamp Examination: The 1.5mm ultra-thin lens can be close to the edge of the eyelid. The 5~50mm focusing range adapts to observation distances from the corneal surface (5~10mm) to the lens (30~50mm). Manual focus can clearly display details such as corneal scratches and lens opacities, and direct-view imaging facilitates doctors in real-time judgment of eye conditions.​
2. Industrial Precision Mold Cavity Inspection: For the inspection of inner wall defects in small injection molds (cavity width < 5mm), the 0.418mm short focal length can clearly capture burrs and shrinkage marks on the cavity surface, and the 105° FOV reduces the number of lens movements. The separated design allows the lens to extend into the deep cavity of the mold, and the USB2.0 speed combined with the YUY format enables real-time transmission of images to the inspection terminal, improving quality inspection efficiency.​
3. Pipeline Endoscopy for Food Processing Equipment: Used for cleanliness inspection of food-grade stainless steel pipelines (inner diameter ≥ 2mm). The plastic lenses are resistant to corrosion from acid-alkali cleaning solutions, and the 5~50mm focusing range allows observation of residual dirt and weld defects on the inner wall of the pipeline. Supporting the UVC protocol, it can be quickly deployed by connecting to industrial tablets, avoiding interference of traditional inspection equipment with the food production process.

Customized Process:

1. You can provide drawings or samples, as well as request documentation and developed by our engineering staff.
2. Communication or Meeting
3. We will communicate with you in detail to determine somewhat product you need and try to set the most suitable product for you
according to your needs.
4. Sample Development
5. Determine the details of the development sample and the delivery time. Communicate at any time to ensure smooth progress.
6. Sample Testing
7. Test and age on your application, feedback test results, no need to modify, mass production.

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