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Deconstructing the Design Philosophy and Application Boundaries of a Compact Endoscope Camera ModuleAgainst the backdrop of the increasing miniaturization and integration of professional-grade image acquisition equipment, a compact endoscope camera module tailored for close-range, confined-space ins
Technical Evolution and Clinical Empowerment of Hysteroscopic Imaging Systems Abstract With the deepening application of minimally invasive diagnostic and therapeutic techniques in gynecology, hysteroscopy has become a core tool for diagnosing and treating intrauterine lesions. Its clinical efficacy
January 27, 2026 — Mindray has been granted a patent for a novel "endoscopic camera and endoscopic camera system," introducing a dedicated anti-collision terminal structure. This innovation directly addresses a critical and often overlooked challenge in the precise assembly process of high-end endos
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{"text":"The medical imaging landscape is rapidly shifting from Full HD (1080p) to Ultra HD (4K) as the new gold standard for high-end visualization. While marketing departments often demand 4K specifications to compete in premium segments, engineering teams face a complex reality. Integrating a hig
{"text":"In minimally invasive surgery (MIS), the monitor acts as the surgeon’s eyes, introducing a unique physiological challenge known as \"Hand-Eye Decoupling.\" Even millisecond delays between a physical hand movement and the visual confirmation on the screen can disrupt surgical flow. This late
{"text":"The landscape of medical and industrial inspection is rapidly shifting. We are moving away from bulky, cart-based units toward handheld, battery-operated IoT devices. This transition empowers professionals to perform diagnostics in remote or constrained environments with unprecedented ease.
{"text":"The medical device industry is currently navigating a fundamental restructuring. For decades, endoscopy relied on the \"asset\" model, where hospitals purchased expensive capital equipment designed to last for years. Today, the sector is rapidly shifting toward a \"consumable\" model, drive
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SF-SJN1050-USB
SINCEREFIRST
This 7mm Diameter 5MP 1080P 6PCS LED Endoscope Camera Module features a GC5035 sensor at its core. Its 5 million effective pixels provide ample sampling for microscopic details. Paired with an 82° diagonal field of view lens, it expands the single-shot imaging range while balancing edge distortion and light transmission efficiency. To address insufficient illumination caused by cavities or obstructions, the module integrates a ring of 6 white LEDs for ambient lighting. This eliminates reliance on external light sources, transforming the imaging system into a self-contained visual unit. The optical design sets the depth of field at 30-80mm, aligning with common working distances between endoscopes and inspected surfaces. This allows target features to remain in focus without frequent adjustments, enhancing imaging usability under dynamic or non-ideal distance conditions. Mechanically, the lens diameter is strictly controlled at Φ7.0±0.1mm for compatibility with standard endoscope channels. Precision layout of sensors, lenses, LEDs, and circuitry within limited space, coupled with effective thermal management, demands rigorous design and manufacturing expertise. The power supply design prioritizes adaptability: LEDs operate at 3.3V low voltage, while core circuits support wide voltage input. This facilitates integration with host device power sources, simplifying system design complexity. This module is specifically engineered for visualization inspections in enclosed, narrow, low-illumination spaces: while in medical assistance scenarios, it provides visual information for body surfaces and shallow cavities. Its value lies in encapsulating high-definition imaging capabilities within a miniature front-end, serving as a plug-and-play visual terminal integrating optics, illumination, and a compact structure. The core objective is to capture clear visual data suitable for analysis within the constraints of confined spaces. | ![]() |
1. Active lighting, usable in low light: Built-in 6 LED ring lights solve insufficient lighting in enclosed/obstructed environments, enabling clear imaging in darkness/low light without relying on external light sources.
2. Depth-of-Field Adaptation for Efficient Operation: 30-80mm depth-of-field matches common working distances in endoscopic inspection. Targets automatically focus within standard ranges, reducing frequent refocusing and enhancing imaging stability in dynamic scenes.
3. Compact Packaging for Versatility: Lens diameter of only Φ7.0±0.1mm, compatible with standard endoscopic channels; Integrates sensors, lenses, and illumination components within a compact space, delivering full imaging functionality in a small form factor.
4. Flexible Power Supply, Easy Integration: Separate power supplies for illumination and imaging circuits: LEDs operate at 3.3V low voltage, while core circuits support wide voltage ranges. This enables flexible connection to various host device power sources, simplifying system integration complexity.
Product Name | Mini Endoscope Camera Module |
Features | Multi Camera Module |
Pixel | 5MP |
Sensor | GC5035 |
Diameter | 7mm |
Interface | USB |
Focusing Range | 30-80mm |
Trademark | SINCERE FIRST |
Fov(D) | 82° |
Focus | Auto Focus |
Gynecological Examination
Colposcopes
Product Packaging
Endoscope Camera Module
USB Cable
User Manual Shipping
Ships within 1-2 business days
Free shipping within the US
International shipping available for an additional fee
Tracking number provided
1. Industrial Non-Destructive Testing: Specially designed for assessing pipeline inner wall corrosion, inspecting weld quality, and examining internal wear in mechanical equipment. Its miniaturized design and integrated lighting meet visualization requirements for confined, elongated spaces.
2. Medical Auxiliary Imaging: Compatible with endoscopic instruments for observing surface lesions, examining superficial cavities, and assisting in dental/ENT diagnostics. Its compact structure and controllable illumination meet medical environments' requirements for operational stability.
3. Precision Equipment Monitoring: Used for electronic component structural inspection, precision instrument assembly verification, and aerospace component defect detection. High-definition resolution and specific depth of field ensure clear imaging of microscopic structures.
4. Scientific Research and Environmental Observation: Serves material microstructure analysis, in-situ observation of biological specimens, and internal structure investigation of cultural relics. Its environmental adaptability and customizable features support visualization research in specialized scenarios.
FAQ
1.What is the effective working distance of the camera module?
The module supports auto focus from 5cm to infinity, making it suitable for a wide range of inspection distances, from close-up internal examinations to mid-range visual monitoring.
2.Does the module require external lighting in low-light environments?
No, the module is equipped with 4 integrated white SMD LEDs (6000-6500K color temperature) that provide uniform fill lighting, ensuring clear imaging in dark or enclosed environments without additional lighting equipment.
3.Which operating systems are compatible with this camera module?
The module supports Windows XP and Windows 7 via USB 2.0 plug-and-play interface, and no additional driver installation is required for standard operation.
This 7mm Diameter 5MP 1080P 6PCS LED Endoscope Camera Module features a GC5035 sensor at its core. Its 5 million effective pixels provide ample sampling for microscopic details. Paired with an 82° diagonal field of view lens, it expands the single-shot imaging range while balancing edge distortion and light transmission efficiency. To address insufficient illumination caused by cavities or obstructions, the module integrates a ring of 6 white LEDs for ambient lighting. This eliminates reliance on external light sources, transforming the imaging system into a self-contained visual unit. The optical design sets the depth of field at 30-80mm, aligning with common working distances between endoscopes and inspected surfaces. This allows target features to remain in focus without frequent adjustments, enhancing imaging usability under dynamic or non-ideal distance conditions. Mechanically, the lens diameter is strictly controlled at Φ7.0±0.1mm for compatibility with standard endoscope channels. Precision layout of sensors, lenses, LEDs, and circuitry within limited space, coupled with effective thermal management, demands rigorous design and manufacturing expertise. The power supply design prioritizes adaptability: LEDs operate at 3.3V low voltage, while core circuits support wide voltage input. This facilitates integration with host device power sources, simplifying system design complexity. This module is specifically engineered for visualization inspections in enclosed, narrow, low-illumination spaces: while in medical assistance scenarios, it provides visual information for body surfaces and shallow cavities. Its value lies in encapsulating high-definition imaging capabilities within a miniature front-end, serving as a plug-and-play visual terminal integrating optics, illumination, and a compact structure. The core objective is to capture clear visual data suitable for analysis within the constraints of confined spaces. | ![]() |
1. Active lighting, usable in low light: Built-in 6 LED ring lights solve insufficient lighting in enclosed/obstructed environments, enabling clear imaging in darkness/low light without relying on external light sources.
2. Depth-of-Field Adaptation for Efficient Operation: 30-80mm depth-of-field matches common working distances in endoscopic inspection. Targets automatically focus within standard ranges, reducing frequent refocusing and enhancing imaging stability in dynamic scenes.
3. Compact Packaging for Versatility: Lens diameter of only Φ7.0±0.1mm, compatible with standard endoscopic channels; Integrates sensors, lenses, and illumination components within a compact space, delivering full imaging functionality in a small form factor.
4. Flexible Power Supply, Easy Integration: Separate power supplies for illumination and imaging circuits: LEDs operate at 3.3V low voltage, while core circuits support wide voltage ranges. This enables flexible connection to various host device power sources, simplifying system integration complexity.
Product Name | Mini Endoscope Camera Module |
Features | Multi Camera Module |
Pixel | 5MP |
Sensor | GC5035 |
Diameter | 7mm |
Interface | USB |
Focusing Range | 30-80mm |
Trademark | SINCERE FIRST |
Fov(D) | 82° |
Focus | Auto Focus |
Gynecological Examination
Colposcopes
Product Packaging
Endoscope Camera Module
USB Cable
User Manual Shipping
Ships within 1-2 business days
Free shipping within the US
International shipping available for an additional fee
Tracking number provided
1. Industrial Non-Destructive Testing: Specially designed for assessing pipeline inner wall corrosion, inspecting weld quality, and examining internal wear in mechanical equipment. Its miniaturized design and integrated lighting meet visualization requirements for confined, elongated spaces.
2. Medical Auxiliary Imaging: Compatible with endoscopic instruments for observing surface lesions, examining superficial cavities, and assisting in dental/ENT diagnostics. Its compact structure and controllable illumination meet medical environments' requirements for operational stability.
3. Precision Equipment Monitoring: Used for electronic component structural inspection, precision instrument assembly verification, and aerospace component defect detection. High-definition resolution and specific depth of field ensure clear imaging of microscopic structures.
4. Scientific Research and Environmental Observation: Serves material microstructure analysis, in-situ observation of biological specimens, and internal structure investigation of cultural relics. Its environmental adaptability and customizable features support visualization research in specialized scenarios.
FAQ
1.What is the effective working distance of the camera module?
The module supports auto focus from 5cm to infinity, making it suitable for a wide range of inspection distances, from close-up internal examinations to mid-range visual monitoring.
2.Does the module require external lighting in low-light environments?
No, the module is equipped with 4 integrated white SMD LEDs (6000-6500K color temperature) that provide uniform fill lighting, ensuring clear imaging in dark or enclosed environments without additional lighting equipment.
3.Which operating systems are compatible with this camera module?
The module supports Windows XP and Windows 7 via USB 2.0 plug-and-play interface, and no additional driver installation is required for standard operation.
