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SF-C016USB-D1.2
SINCEREFIRST
This professional-grade endoscope module redefines the precision standard for industrial inspection with a breakthrough 1.2mm ultra-thin diameter design. The module integrates a high-brightness LED ring fill system to ensure uniform shadowless lighting in low light environments, and is paired with an F.No2.8 large aperture lens to significantly improve image quality in low light environments. Its innovative direct vision optical structure supports 0.175mm ultra-distance focusing capability, which can clearly capture fine defects such as micro-cracks and solder joints on the circuit board. With the intelligent zoom range of 3-30mm, it can seamlessly switch from near-field microscopic observation to mid-range comprehensive inspection. The module adopts plug-and-play USB2.0 interface design, which is perfectly compatible with Windows, macOS, Linux and Android multi-platform systems, and the TV distortion is controlled within -11% to ensure that the image edge is not distorted. This endoscope is especially suitable for precision electronics manufacturing, aerospace equipment maintenance, automotive engine inspection and other scenarios, providing unprecedented convenience and reliability for industrial quality inspection. |  |
1.1.2mm ultra-fine diameter: easy to penetrate into small Spaces that traditional inspection tools cannot reach (such as microelectronic component gaps, precision machinery internal structure).
2. High brightness LED ring fill: ensure uniform imaging in low light environment, avoid shadow interference.
3. The USB2.0 interface: avoid driver installation, compatible with Windows/macOS/Linux/Android, quick connect computer, tablet or mobile phone.
1. Chip package quality inspection: check the quality of BGA welding ball and package integrity
2. Assembly of micro-components: real-time monitoring of precision sensors, micro-connector assembly process
3. Engine cylinder block detection: check cylinder wall wear and carbon deposition
4. Product quality analysis: auxiliary failure analysis and quality improvement
Product Name | LED Endoscope Camera Module |
Basic tolerance | ±0.1mm |
DSP | USB2.0 |
Sensor | OCHFA10 |
Focusing Range | 3-30mm |
Focal Length | 0.175mm |
F No. | 2.8 |
FOV(H*V) | 100°*100° |
TV Distortion | ＜-11% |
Connector | Mini USB-5P |
1. How to choose the module suitable for car maintenance?
It is necessary to have an oil-proof lens, adjustable focal length (such as 10-100mm), LED strong light, some with magnetic probes or 360° rotating head to check the engine dead Angle.
2. Why is low illumination performance important for endoscope modules?
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.
3. How does the Field of view (FOV) of the module affect the use effect?
The field of view Angle determines the imaging range. The wide Angle (above 120°) is suitable for observing a large area, but the edge may be distorted. Narrow angles (below 60°) provide a more focused picture. The selection should be based on the application scenario, such as laparoscopic surgery commonly used 70°-90° balanced field of view and detail.
This professional-grade endoscope module redefines the precision standard for industrial inspection with a breakthrough 1.2mm ultra-thin diameter design. The module integrates a high-brightness LED ring fill system to ensure uniform shadowless lighting in low light environments, and is paired with an F.No2.8 large aperture lens to significantly improve image quality in low light environments. Its innovative direct vision optical structure supports 0.175mm ultra-distance focusing capability, which can clearly capture fine defects such as micro-cracks and solder joints on the circuit board. With the intelligent zoom range of 3-30mm, it can seamlessly switch from near-field microscopic observation to mid-range comprehensive inspection. The module adopts plug-and-play USB2.0 interface design, which is perfectly compatible with Windows, macOS, Linux and Android multi-platform systems, and the TV distortion is controlled within -11% to ensure that the image edge is not distorted. This endoscope is especially suitable for precision electronics manufacturing, aerospace equipment maintenance, automotive engine inspection and other scenarios, providing unprecedented convenience and reliability for industrial quality inspection. | |
1.1.2mm ultra-fine diameter: easy to penetrate into small Spaces that traditional inspection tools cannot reach (such as microelectronic component gaps, precision machinery internal structure).
2. High brightness LED ring fill: ensure uniform imaging in low light environment, avoid shadow interference.
3. The USB2.0 interface: avoid driver installation, compatible with Windows/macOS/Linux/Android, quick connect computer, tablet or mobile phone.
1. Chip package quality inspection: check the quality of BGA welding ball and package integrity
2. Assembly of micro-components: real-time monitoring of precision sensors, micro-connector assembly process
3. Engine cylinder block detection: check cylinder wall wear and carbon deposition
4. Product quality analysis: auxiliary failure analysis and quality improvement
Product Name | LED Endoscope Camera Module |
Basic tolerance | ±0.1mm |
DSP | USB2.0 |
Sensor | OCHFA10 |
Focusing Range | 3-30mm |
Focal Length | 0.175mm |
F No. | 2.8 |
FOV(H*V) | 100°*100° |
TV Distortion | ＜-11% |
Connector | Mini USB-5P |
1. How to choose the module suitable for car maintenance?
It is necessary to have an oil-proof lens, adjustable focal length (such as 10-100mm), LED strong light, some with magnetic probes or 360° rotating head to check the engine dead Angle.
2. Why is low illumination performance important for endoscope modules?
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.
3. How does the Field of view (FOV) of the module affect the use effect?
The field of view Angle determines the imaging range. The wide Angle (above 120°) is suitable for observing a large area, but the edge may be distorted. Narrow angles (below 60°) provide a more focused picture. The selection should be based on the application scenario, such as laparoscopic surgery commonly used 70°-90° balanced field of view and detail.
