Research on Lightweight Integration of Low-Power Imaging Modules in Children’s Educational MicroscopesAbstractScientific enlightenment tools designed for young children must ensure both operational safety and engagement while providing intuitive and clear observational experiences. Traditional optic
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
How to Select the Right Ultra-Short-Throw HD Camera Module for Confined Spaces? When integrating vision systems into industrial endoscopes, pipeline inspection tools, minimally invasive surgical instruments, or compact devices, choosing the right camera module is critical to success. Faced with chal
{"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
{"text":"Accessing sub-2mm cavities presents a significant engineering hurdle across both medical and industrial sectors. Surgeons navigating bronchial peripheries and maintenance crews inspecting turbine blade cooling channels often face a physical wall: traditional 3mm borescopes simply cannot fit
January 19, 2026 — Ofilm has announced the completion of its 1×1mm ultra-miniature endoscopic camera module, marking a pivotal step in advancing minimally invasive medical diagnostics. This breakthrough addresses a core challenge in the industry by dramatically reducing the size constraints of tradi
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From "Seeing" to "Seeing Clearly, Understanding and Penetrating"In the field of medical devices, the development of endoscope technology has profoundly changed the way of diagnosis and minimally invasive surgery. As the "eyes" of the endoscope system, camera modules are undergoing a profound transfo
The Profound Transformation of Medical Imaging Through the Lens of 10MP Endoscope ModulesIn an era where precision medicine and minimally invasive surgery are increasingly prevalent, endoscopes serve as the doctor's “extended eyes.” Their technological evolution directly impacts diagnostic accuracy
When Full HD resolution becomes a standard specification for miniature image sensors, Rayshun Micro's ES101 and OmniVision's OH01A10 have developed distinctly different technical characteristics within the same resolution framework.
5MP HD autofocus module empowers the Rhino XT duct cleaning system: Clear vision drives professional cleaning and transparent service.In professional HVAC duct cleaning, service value lies not only in cleaning results but also in the visualization, verifiability, and trustworthiness of the cleaning
Industry Analysis of Miniature HD Camera Modules: Core Perception Components in the Era of Intelligent VisionIntroductionAmidst the wave of universal connectivity and intelligent upgrades, machine vision has emerged as a pivotal technology empowering countless industries. As the “eyes” of visual sys
The development of high-resolution industrial endoscopes with an extremely small diameter is not merely a matter of component miniaturization, but a system-level engineering challenge that necessitates a sophisticated trade-off among optics, sensor performance, mechanical structure, and signal integ
High-Definition Micro Modules Empower Flexible Veterinary EndoscopesIn modern veterinary diagnostics, achieving precise internal examination, foreign body removal, and diagnostic sampling with minimal trauma is crucial for enhancing animal welfare and clinical standards—especially when dealing with
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SF-TA10USB-D0.9+SF-C20-USB
SINCEREFIRST
This is medical WiFi-enabled BF2013 CMOS integrated LED endoscope camera module. The module supports 0.3MP pixels and VGA resolution (640×480), delivering smooth real-time imaging at up to 30 frames per second. The sensor size is 1/31 inch, with a pixel size of 2.25μm×2.25μm, ensuring excellent low-light performance. The module features an 88° field of view (FOV), a focus range of 20~60mm, and a maximum image circle of 4.8mm. It adopts a manual focus mechanism and an integrated design. The lens, with a diameter of 3.5mm and a steel shell, is robust and durable. It also incorporates six 0402 LED lights to provide sufficient illumination. Using a DVP interface to connect to a dedicated WiFi transmission board, it can wirelessly transmit images in real time to mobile phones or computers. The entire module is manufactured using SMT (Surface Mount Technology) and AA (Active Alignment) processes, ensuring consistent optical performance and stability. | ![]() |
Wireless Connectivity and Ease of Operation: Utilizing WiFi wireless transmission technology, it completely eliminates the constraints of traditional cables. This provides doctors with greater mobility during procedures, reduces cable tangling issues in surgeries, and enhances operational convenience and flexibility.
Integrated Lighting and Excellent Imaging: The built-in six high-performance LED fill lights provide uniform and ample illumination. Combined with the large 2.25μm pixel size design, it ensures clear and bright image quality even in low-light environments within body cavities, meeting diagnostic requirements.
Compact Design and Easy Integration: The integrated design and ultra-thin 3.5mm diameter allow for easy integration into various medical instruments. The steel-shell lens enhances durability, making it suitable for use in different clinical environments.
Real-Time Sharing and Collaborative Diagnosis: Through WiFi connectivity, images can be transmitted in real time to multiple display devices, enabling medical teams to view them simultaneously. This supports remote consultations and teaching demonstrations, facilitating teamwork and knowledge sharing.
Low Cost and High Reliability: Manufactured using SMT and AA processes, the module ensures product consistency and reliability while reducing production costs, making high-quality endoscopic inspection technology more accessible and affordable.
Product Name | Micro Endoscope Camera Module |
Features | DVP Interface |
Resolution | VGA |
Sensor | BF2013 CMOS sensor |
Diameter | 3.5mm |
Focusing Range | 20~60mm |
LED | 0402 6Pcs |
Trademark | SINCERE FIRST |
Fov | 88° |
Focus | Fixed |
Disposable Wireless Endoscopic Examinations: Particularly suitable for disposable bronchoscopes, gastrointestinal endoscopes, and other examinations. The wireless design eliminates complex cable management, reduces the barrier to use, and improves examination efficiency.
Emergency and Bedside Diagnostics: In emergency rooms or bedside examinations, wireless connectivity allows doctors to perform endoscopic inspections quickly without complicated equipment setup, enhancing diagnostic speed and patient turnover.
Medical Teaching and Training: Wireless transmission allows multiple trainees to view real-time images simultaneously, making it ideal for endoscopy operation teaching and skill training, thereby improving teaching effectiveness and training efficiency.
Veterinary Medicine and Animal Healthcare: Also applicable in pet hospitals and animal healthcare. The wireless design makes animal examinations more convenient and safer, improving the accuracy of veterinary diagnostics.
A1: Its most standout features are its highly integrated design and wireless connectivity. It combines a CMOS sensor, LED fill lights, and a WiFi transmission module into an extremely compact design (only 3.5mm in diameter), completely eliminating the constraints of traditional endoscope cables. It wirelessly transmits real-time video to mobile phones or computers via WiFi.
A2: It is very simple to use. Once powered, the module creates a WiFi hotspot. You just need to connect your phone or computer to this hotspot, then open a dedicated APP or computer software (or universal webcam software) to view the live video. Typically, no complicated drivers are required, greatly simplifying integration and usage.
A3: The module supports VGA resolution (640x480) and 0.3MP pixels, paired with six high-performance LED lights for ample illumination. It delivers clear and smooth real-time video (30fps). Its large 2.25μm pixel size ensures excellent light sensitivity in low-light environments within body cavities. This resolution is well-suited for clinical applications such as observation, positioning, and preliminary diagnosis.
A4: In an unobstructed environment, the transmission range can typically reach up to 10 meters, sufficient for most operating room or examination room applications. The wireless design avoids electromagnetic interference (EMI) from cables, ensuring high transmission stability and reliable video signals during procedures and examinations.
A5: The lens part of the module has a diameter of 3.5mm and is equipped with a protective steel sleeve, making it sturdy and durable. This size is already suitable for many natural body cavities. If a thinner size is required, other models may need to be considered.
This is medical WiFi-enabled BF2013 CMOS integrated LED endoscope camera module. The module supports 0.3MP pixels and VGA resolution (640×480), delivering smooth real-time imaging at up to 30 frames per second. The sensor size is 1/31 inch, with a pixel size of 2.25μm×2.25μm, ensuring excellent low-light performance. The module features an 88° field of view (FOV), a focus range of 20~60mm, and a maximum image circle of 4.8mm. It adopts a manual focus mechanism and an integrated design. The lens, with a diameter of 3.5mm and a steel shell, is robust and durable. It also incorporates six 0402 LED lights to provide sufficient illumination. Using a DVP interface to connect to a dedicated WiFi transmission board, it can wirelessly transmit images in real time to mobile phones or computers. The entire module is manufactured using SMT (Surface Mount Technology) and AA (Active Alignment) processes, ensuring consistent optical performance and stability. | ![]() |
Wireless Connectivity and Ease of Operation: Utilizing WiFi wireless transmission technology, it completely eliminates the constraints of traditional cables. This provides doctors with greater mobility during procedures, reduces cable tangling issues in surgeries, and enhances operational convenience and flexibility.
Integrated Lighting and Excellent Imaging: The built-in six high-performance LED fill lights provide uniform and ample illumination. Combined with the large 2.25μm pixel size design, it ensures clear and bright image quality even in low-light environments within body cavities, meeting diagnostic requirements.
Compact Design and Easy Integration: The integrated design and ultra-thin 3.5mm diameter allow for easy integration into various medical instruments. The steel-shell lens enhances durability, making it suitable for use in different clinical environments.
Real-Time Sharing and Collaborative Diagnosis: Through WiFi connectivity, images can be transmitted in real time to multiple display devices, enabling medical teams to view them simultaneously. This supports remote consultations and teaching demonstrations, facilitating teamwork and knowledge sharing.
Low Cost and High Reliability: Manufactured using SMT and AA processes, the module ensures product consistency and reliability while reducing production costs, making high-quality endoscopic inspection technology more accessible and affordable.
Product Name | Micro Endoscope Camera Module |
Features | DVP Interface |
Resolution | VGA |
Sensor | BF2013 CMOS sensor |
Diameter | 3.5mm |
Focusing Range | 20~60mm |
LED | 0402 6Pcs |
Trademark | SINCERE FIRST |
Fov | 88° |
Focus | Fixed |
Disposable Wireless Endoscopic Examinations: Particularly suitable for disposable bronchoscopes, gastrointestinal endoscopes, and other examinations. The wireless design eliminates complex cable management, reduces the barrier to use, and improves examination efficiency.
Emergency and Bedside Diagnostics: In emergency rooms or bedside examinations, wireless connectivity allows doctors to perform endoscopic inspections quickly without complicated equipment setup, enhancing diagnostic speed and patient turnover.
Medical Teaching and Training: Wireless transmission allows multiple trainees to view real-time images simultaneously, making it ideal for endoscopy operation teaching and skill training, thereby improving teaching effectiveness and training efficiency.
Veterinary Medicine and Animal Healthcare: Also applicable in pet hospitals and animal healthcare. The wireless design makes animal examinations more convenient and safer, improving the accuracy of veterinary diagnostics.
A1: Its most standout features are its highly integrated design and wireless connectivity. It combines a CMOS sensor, LED fill lights, and a WiFi transmission module into an extremely compact design (only 3.5mm in diameter), completely eliminating the constraints of traditional endoscope cables. It wirelessly transmits real-time video to mobile phones or computers via WiFi.
A2: It is very simple to use. Once powered, the module creates a WiFi hotspot. You just need to connect your phone or computer to this hotspot, then open a dedicated APP or computer software (or universal webcam software) to view the live video. Typically, no complicated drivers are required, greatly simplifying integration and usage.
A3: The module supports VGA resolution (640x480) and 0.3MP pixels, paired with six high-performance LED lights for ample illumination. It delivers clear and smooth real-time video (30fps). Its large 2.25μm pixel size ensures excellent light sensitivity in low-light environments within body cavities. This resolution is well-suited for clinical applications such as observation, positioning, and preliminary diagnosis.
A4: In an unobstructed environment, the transmission range can typically reach up to 10 meters, sufficient for most operating room or examination room applications. The wireless design avoids electromagnetic interference (EMI) from cables, ensuring high transmission stability and reliable video signals during procedures and examinations.
A5: The lens part of the module has a diameter of 3.5mm and is equipped with a protective steel sleeve, making it sturdy and durable. This size is already suitable for many natural body cavities. If a thinner size is required, other models may need to be considered.
