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SF-C0310USB-D3.6-D90-PLUS V1.0
SINCEREFIRST
This is an endoscope camera module featuring a VGA sensor. Its core optical parameters include a 90° field of view (FOV), a focal length of 1.074mm, and distortion below -5.5%. An F-number of 3.58 ensures sufficient light intake in low-light environments, maintaining image usability. The combination of a 90° wide-angle lens and a short 1.074mm focal length enables capturing expansive views at extremely close shooting distances. Barrel distortion below -5.5% effectively controls image edge distortion, making it ideal for panoramic observation in confined spaces. With its compact dimensions of 12.2mm × 4.4mm × 3.6mm, this module integrates seamlessly into medical endoscopes, industrial pipeline inspection equipment, and micro-robot vision systems. It delivers distortion-free, wide-field real-time imagery during minimally invasive surgeries or internal equipment inspections, empowering operators to accurately assess conditions. |  |
1.Wide Field of View with Zero Distortion: A 90° wide-angle lens combined with less than -5.5% distortion delivers clear, undistorted panoramic views even in confined spaces, ensuring no blind spots.
2.Compact Size with Strong Compatibility: Measuring just 12.2×4.4×3.6 mm and featuring a standard Micro USB interface, it integrates flexibly into various micro devices with high adaptability.
3.Stable Low-Light Performance: The F3.58 aperture paired with a VGA sensor maintains sufficient light intake and image usability in dim or unevenly lit environments, adapting to complex lighting scenarios.
Minimally Invasive Medical Surgery: With its millimeter-level compact size and 90° wide-angle field of view, it can be directly integrated into the front end of surgical instruments such as laparoscopes and arthroscopes. During minimally invasive procedures, it provides surgeons with clear, distortion-free real-time intraoperative imaging to assist in precise maneuvers.
Industrial Endoscopic Inspection: The module's compact size and strong compatibility enable seamless deployment within various industrial pipelines, engine interiors, or confined spaces of precision machinery. It performs non-destructive internal defect detection, wear assessment, and assembly quality inspection.
Research and Micro-Robotics Vision: Its low distortion and wide field of view, combined with a standard Micro USB interface, make it an ideal vision module for scientific microscopy, micro-bionic robots, and pipeline inspection robots, providing reliable navigation and environmental perception capabilities for equipment.
Product Name | ENDOSCOPE Camera Module |
Image Sensor | VGA Sensor |
Pixel | 640×480 Pixels |
Focusing Range | 20mm - 80mm |
Focus Length | 1.074 |
F NO | 3.58 |
Power Supply | 3-5V |
Distortion | <-5.5% |
FOV(H*V) | 90°(D) |
Feature | Side-View Medical Endoscope Camera Module |
As an industrial borescope inspection camera, it’s used for aircraft turbine blade detection, nuclear power equipment internal exploration, and pipeline maintenance. The 90° FOV and medium-distance focus capture comprehensive images of large machinery components, identifying wear, corrosion, or cracks before failures occur.
In precision manufacturing, this mold inspection endoscope checks for micro-defects in injection molds, while verifying the quality of electronic component soldering (e.g., PCB assemblies). Its geometric accuracy ensures compliance with strict production standards, reducing defective product rates.
For cultural relics conservation, the relic inspection endoscope examines internal cracks in pottery, sculptures, or ancient manuscripts without damaging fragile materials. It records high-definition images of the restoration process, preserving historical data for research and documentation.
Cost-effectiveness depends on resolution (640×480 VGA), durability (IP67 waterproofing), and after-sales support. Industrial users should prioritize MTBF (mean time to failure) indicators, while cultural heritage teams benefit from its non-destructive imaging—avoiding costly relic damage.
Used medical endoscope modules carry risks: unconfirmed sterilization history, sensor wear (e.g., operating hours), and expired certifications. Always require re-certification by the original manufacturer to prevent cross-infection or compromised performance in clinical settings.
Yes—common customizations include special dimensions (e.g., smaller diameters), multispectral imaging (e.g., fluorescence navigation for medical use), or interface adaptation (e.g., DICOM system integration for hospitals). Contact SINCEREFIRST for tailored solutions.
The integrated LED system provides targeted illumination, while the F3.58 large aperture allows more light to reach the sensor. This combination ensures bright, noise-free images in dim environments—such as unlit pipelines or the interior of cultural relics—without external light sources.
Disposable endoscopes are growing in demand to reduce cross-infection risks, using low-cost CMOS sensors and injection-molded housings while maintaining ≥720p resolution. This 3.6mm module can be adapted for disposable use, ideal for emergency rooms or primary hospitals needing cost-effective, high-precision imaging.
This is an endoscope camera module featuring a VGA sensor. Its core optical parameters include a 90° field of view (FOV), a focal length of 1.074mm, and distortion below -5.5%. An F-number of 3.58 ensures sufficient light intake in low-light environments, maintaining image usability. The combination of a 90° wide-angle lens and a short 1.074mm focal length enables capturing expansive views at extremely close shooting distances. Barrel distortion below -5.5% effectively controls image edge distortion, making it ideal for panoramic observation in confined spaces. With its compact dimensions of 12.2mm × 4.4mm × 3.6mm, this module integrates seamlessly into medical endoscopes, industrial pipeline inspection equipment, and micro-robot vision systems. It delivers distortion-free, wide-field real-time imagery during minimally invasive surgeries or internal equipment inspections, empowering operators to accurately assess conditions. | |
1.Wide Field of View with Zero Distortion: A 90° wide-angle lens combined with less than -5.5% distortion delivers clear, undistorted panoramic views even in confined spaces, ensuring no blind spots.
2.Compact Size with Strong Compatibility: Measuring just 12.2×4.4×3.6 mm and featuring a standard Micro USB interface, it integrates flexibly into various micro devices with high adaptability.
3.Stable Low-Light Performance: The F3.58 aperture paired with a VGA sensor maintains sufficient light intake and image usability in dim or unevenly lit environments, adapting to complex lighting scenarios.
Minimally Invasive Medical Surgery: With its millimeter-level compact size and 90° wide-angle field of view, it can be directly integrated into the front end of surgical instruments such as laparoscopes and arthroscopes. During minimally invasive procedures, it provides surgeons with clear, distortion-free real-time intraoperative imaging to assist in precise maneuvers.
Industrial Endoscopic Inspection: The module's compact size and strong compatibility enable seamless deployment within various industrial pipelines, engine interiors, or confined spaces of precision machinery. It performs non-destructive internal defect detection, wear assessment, and assembly quality inspection.
Research and Micro-Robotics Vision: Its low distortion and wide field of view, combined with a standard Micro USB interface, make it an ideal vision module for scientific microscopy, micro-bionic robots, and pipeline inspection robots, providing reliable navigation and environmental perception capabilities for equipment.
Product Name | ENDOSCOPE Camera Module |
Image Sensor | VGA Sensor |
Pixel | 640×480 Pixels |
Focusing Range | 20mm - 80mm |
Focus Length | 1.074 |
F NO | 3.58 |
Power Supply | 3-5V |
Distortion | <-5.5% |
FOV(H*V) | 90°(D) |
Feature | Side-View Medical Endoscope Camera Module |
As an industrial borescope inspection camera, it’s used for aircraft turbine blade detection, nuclear power equipment internal exploration, and pipeline maintenance. The 90° FOV and medium-distance focus capture comprehensive images of large machinery components, identifying wear, corrosion, or cracks before failures occur.
In precision manufacturing, this mold inspection endoscope checks for micro-defects in injection molds, while verifying the quality of electronic component soldering (e.g., PCB assemblies). Its geometric accuracy ensures compliance with strict production standards, reducing defective product rates.
For cultural relics conservation, the relic inspection endoscope examines internal cracks in pottery, sculptures, or ancient manuscripts without damaging fragile materials. It records high-definition images of the restoration process, preserving historical data for research and documentation.
Cost-effectiveness depends on resolution (640×480 VGA), durability (IP67 waterproofing), and after-sales support. Industrial users should prioritize MTBF (mean time to failure) indicators, while cultural heritage teams benefit from its non-destructive imaging—avoiding costly relic damage.
Used medical endoscope modules carry risks: unconfirmed sterilization history, sensor wear (e.g., operating hours), and expired certifications. Always require re-certification by the original manufacturer to prevent cross-infection or compromised performance in clinical settings.
Yes—common customizations include special dimensions (e.g., smaller diameters), multispectral imaging (e.g., fluorescence navigation for medical use), or interface adaptation (e.g., DICOM system integration for hospitals). Contact SINCEREFIRST for tailored solutions.
The integrated LED system provides targeted illumination, while the F3.58 large aperture allows more light to reach the sensor. This combination ensures bright, noise-free images in dim environments—such as unlit pipelines or the interior of cultural relics—without external light sources.
Disposable endoscopes are growing in demand to reduce cross-infection risks, using low-cost CMOS sensors and injection-molded housings while maintaining ≥720p resolution. This 3.6mm module can be adapted for disposable use, ideal for emergency rooms or primary hospitals needing cost-effective, high-precision imaging.
