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SF-C1011USB-D3.3-720P60
SINCEREFIRST
This is a 3.3mm USB Endoscopy Camera Module with LED light, t he focal length can support 10mm~10 0mm, the angle is 95°, and the interface is USB for plug and play. These endoscopy camera modules can be used in a wide range of medical procedures such as endoscopy, gastroscopy, laparoscopy and arthroscopy, as well as veterinary and industrial inspection. |  |
High frame rate of 60fps:
dynamic picture without dragging,
ensuring real-time surgicaloperation and reducing the risk of misoperation.
Miniaturization:
3.3mm ultra-fine probe,easy access to narrow anatomical structures such as bronchial tubes,
urethra, joint cavities, etc., reducing patient trauma.
1. Medical diagnosis: arthroscopy/laparoscopy, 95°wide-angle field of view combined with 10-100mm zoom, clearly presenting the internal structure of the joint cavity or abdominal cavity, supporting minimally invasive surgery navigation.
2. Industrial Inspection: Pipeline/Cable Inspection, 95° wide angle coverage of the inner wall of the pipeline, to detect blockage, corrosion or aging of the line, to support municipal engineering and power inspection.
3. 10-100mm wide focal length: comprehensive coverage from macro details to overall structure, no need to change equipment frequently.
Product Name | Miniature endoscope camera module with led |
Basic tolerance | ±0.1mm |
DSP | USB |
Sensor | OH01A10 |
Focusing Range | 10-100mm |
Focal Length | 1.25mm |
F Number | 3.58 |
FOV(D) | 95° |
TV Distortion | ＜-2% |
Diameter | 3.3mm |
1.What is the working principle of an endoscopic camera module?
An endoscopic camera module captures images inside the body through an optical lens at the front end, converts them into electrical signals via a CMOS or CCD sensor, and then optimizes them through an image processing chip for noise reduction and enhancement, etc. Finally, it outputs high-definition video signals. Some modules support wireless transmission or optical fiber signal transmission, and are suitable for medical or industrial inspection scenarios.
The mainstream resolutions include 720p, 1080p, and 4K. Medical-grade modules typically require a resolution of 1080p or higher to ensure diagnostic accuracy, while industrial modules may choose lower resolutions based on requirements to reduce costs. Ultra-high resolution modules (such as 4K) are mostly used in precise surgeries or scientific research fields.
This is a 3.3mm USB Endoscopy Camera Module with LED light, t he focal length can support 10mm~10 0mm, the angle is 95°, and the interface is USB for plug and play. These endoscopy camera modules can be used in a wide range of medical procedures such as endoscopy, gastroscopy, laparoscopy and arthroscopy, as well as veterinary and industrial inspection. | |
High frame rate of 60fps:
dynamic picture without dragging,
ensuring real-time surgicaloperation and reducing the risk of misoperation.
Miniaturization:
3.3mm ultra-fine probe,easy access to narrow anatomical structures such as bronchial tubes,
urethra, joint cavities, etc., reducing patient trauma.
1. Medical diagnosis: arthroscopy/laparoscopy, 95°wide-angle field of view combined with 10-100mm zoom, clearly presenting the internal structure of the joint cavity or abdominal cavity, supporting minimally invasive surgery navigation.
2. Industrial Inspection: Pipeline/Cable Inspection, 95° wide angle coverage of the inner wall of the pipeline, to detect blockage, corrosion or aging of the line, to support municipal engineering and power inspection.
3. 10-100mm wide focal length: comprehensive coverage from macro details to overall structure, no need to change equipment frequently.
Product Name | Miniature endoscope camera module with led |
Basic tolerance | ±0.1mm |
DSP | USB |
Sensor | OH01A10 |
Focusing Range | 10-100mm |
Focal Length | 1.25mm |
F Number | 3.58 |
FOV(D) | 95° |
TV Distortion | ＜-2% |
Diameter | 3.3mm |
1.What is the working principle of an endoscopic camera module?
An endoscopic camera module captures images inside the body through an optical lens at the front end, converts them into electrical signals via a CMOS or CCD sensor, and then optimizes them through an image processing chip for noise reduction and enhancement, etc. Finally, it outputs high-definition video signals. Some modules support wireless transmission or optical fiber signal transmission, and are suitable for medical or industrial inspection scenarios.
The mainstream resolutions include 720p, 1080p, and 4K. Medical-grade modules typically require a resolution of 1080p or higher to ensure diagnostic accuracy, while industrial modules may choose lower resolutions based on requirements to reduce costs. Ultra-high resolution modules (such as 4K) are mostly used in precise surgeries or scientific research fields.
