Learn what a plastic lens endoscope camera is and when it makes sense in a Medical endoscope camera module, HD endoscope camera, or Industrial Endoscope Camera Module. Explore the trade-offs between compact OEM design, image quality, and application requirements.
An endoscope camera is one of those tools that people don’t fully appreciate—until they face a problem they can’t see. A strange noise inside a machine housing. A suspected blockage in a duct. A loose connector buried behind a panel. An engine issue that would normally require hours of disassembly just to confirm what’s wrong. In these moments, an endoscope camera module becomes more than a camera. It becomes a decision-making tool that turns “guessing” into evidence.
If you’ve ever tried to inspect something you can’t directly see—inside a pipe, behind a wall panel, inside a machine housing, or deep in an engine bay—you already understand why the industrial endoscope camera has become an essential tool across modern maintenance and quality inspection. An endoscope camera module turns impossible-to-see spaces into clear visual information, helping technicians find faults faster, reduce disassembly, and make better decisions with less downtime.
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SF-C16USB-D1.6
SINCEREFIRST
This camera module achieves a balance between high definition and a wide field of view through its combination of an OV6946 sensor, 400×400 pixels, and a 120°×87.5° field of view(FOV), making it ideal for comprehensive observation in confined spaces. Equipped with a USB 2.0 interface and 4 LED lights, it ensures stable, real-time image transmission while maintaining bright, clear visuals even in low-light conditions. Its wide field of view, with distortion controlled below -11%, guarantees true-to-life, undistorted observation with high detail fidelity. This makes it an ideal high-definition, low-distortion real-time imaging solution for industrial inspection, medical observation, and similar applications. | ![]() |
High-Definition Wide Field of View: The OV6946 sensor, featuring 400×400 resolution and a 120°×87.5° field of view, maintains sharp image details in confined or deep spaces while capturing a broader scene in a single shot. This enhances detection efficiency and minimizes blind spots.
True Color with Low Latency: TV distortion < -11% and USB 2.0 real-time transmission minimize image distortion, accurately reproducing object shapes and proportions. Combined with a stable transmission interface, it ensures smooth, lag-free, and ghosting-free dynamic observation, ideal for real-time inspection and recording.
Smart Illumination System: Featuring four built-in LEDs and a high-sensitivity sensor design, the system delivers ample and uniform illumination in low-light environments such as pipelines and cavities. This prevents dim or overexposed areas, ensuring consistently clear and usable imaging.
Product Name | 1.6mm Endoscope Camera Module |
lmage Device | 1/18” |
Output Interface | USB2.0 |
F No. | F5.0 |
TV Distortion | <-11% @ 0.95Field |
Focus Range | 5-50 |
Operating Temperature | -20°C~70°C |
Frame Rate | 400x400 @ 30fps |
Effective Picture Element | 400(H)X400(V) |
Dynamic Range | 65.8dB @ 4x gain |
Applications◢
Industrial Applications: Suitable for internal inspection of precision machinery, pipeline weld seam inspection, and equipment fault localization;
Medical Applications: Ideal for minimally invasive surgical observation, endoscopic imaging assistance, and laboratory microsurgery;
Security and Construction Applications: Supports pipeline internal surveys, building structural inspections, and concealed space security checks.
1. Which devices can this module be connected to?
This module can be connected via the USB interface to most computers (including Windows, Mac OS, and Linux systems), laptops, and some tablets that support USB devices. As long as the device has a USB interface and can recognize external devices, this module can be used.
2. Can the brightness of the lighting system be adjusted?
Yes, the brightness of the lighting system can usually be adjusted. You can adjust the lighting brightness through the operation interface on the connected device or the control buttons on the module itself (if available) to adapt to different inspection environments.
3. Can the images and videos be saved?
Yes, the operation software on the connected device generally provides the function of saving images and videos. You can save the captured images and videos to the hard disk or other storage media of the device for subsequent viewing, analysis, and archiving.