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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In the optical technology iteration of camera modules, liquid lenses, as a new type of component breaking the limitations of traditional solid-state lenses, are gradually changing the design logic and application scenarios of modules with their dynamically adjustable optical characteristics. Unlike
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
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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-C1011USB-D3.9-720P60
SINCEREFIRST
This is the OH01A10 Sensor 3.9mm Mini Flexible Endoscope Camera Module, a professional-grade device for the medical and precision testing fields. Equipped with OmniVision's high-sensitivity OH01A10 sensor, the module supports 720P high-definition resolution and 60fps high frame rate video output. Combined with a 1.08mm short focal length lens, a 10-80mm wide focusing range, an F4.0 large aperture, and an 85° wide-angle design, it can capture clear details of the inspection area in all directions. Its optical system adopts a multi-layer coated lens, paired with high-brightness LED fill lights, enabling it to output low-noise and high-fidelity images even in complex environments. It features a built-in USB interface DSP image processor that performs real-time noise reduction and color optimization, while innovative electronic image stabilization technology effectively offsets image blurring caused by handheld jitter. The module's flexible conduit supports ±180° bidirectional bending, and the 3.9mm ultra-fine lens can easily penetrate narrow spaces larger than 4mm, with excellent IP67-rated waterproof and dustproof performance to adapt to harsh working conditions such as humidity and oil stains. The module adopts a separate structural design, connected to the DSP board via wire bonding, and outputs through a USB2.0 interface, supporting the UVC protocol for plug-and-play functionality. Manufactured with precision through SMT technology and AA (Active Alignment) manufacturing process, the product strictly complies with four international certification standards: RoHS, CE, FCC, and REACH. The accompanying professional software supports functions such as image freezing, providing efficient and reliable technical support for medical diagnosis, industrial testing, and other scenarios. | ![]() |
Next-Generation Pixel Technology for Enhanced Imaging: The PureCel®Plus-S architecture significantly improves quantum efficiency, boosting the signal-to-noise ratio (SNR) compared to traditional FSI technology under the same lighting conditions. It effectively suppresses motion artifacts, and the 60fps high-speed acquisition ensures no motion blur in dynamic scenes.
Miniaturized Separate Architecture: The 3.9mm ultra-thin lens features a separate layout from the DSP board, supporting custom cable lengths and capable of accessing narrow cavities with an aperture of <4mm. The Steel Shell has corrosion-resistant and wear-resistant properties, and the waterproof and dustproof structure can cope with complex working conditions such as humidity and oil stains.
Driver-Free Cross-Platform Compatibility: Complies with the UVC protocol standard, enabling direct deployment on Windows, macOS, and Linux systems without the need to install dedicated drivers. This significantly shortens the software integration cycle of medical equipment and reduces development costs.
Integrated Lighting: Four 0402 micro LEDs adopt a constant current drive design, providing sufficient brightness and uniform light distribution in the field of view, effectively reducing vignetting and improving the accuracy of diagnosis and testing.
Process Assurance: Manufactured through SMT + AA precision processes, certified by international standards including RoHS, CE, FCC, and REACH, ensuring stable and reliable structure and a longer service life.
Medical Device Integration: Suitable for the front-end image acquisition unit of minimally invasive diagnostic and therapeutic equipment such as otolaryngological endoscopes, oral inspection mirrors, bronchoscopes, urethroscopes, and arthroscopes, supporting adaptation to 1080P high-definition display terminals.
Industrial Precision Testing: Used for internal wear monitoring of precision gearboxes, flow channel defect detection of hydraulic valve blocks, cleanliness inspection of semiconductor packaging molds, and damage assessment of micro-bearing raceways.
Electronic Manufacturing Services: Compatible with visual inspection of BGA solder joints on PCB boards, assembly verification of mobile phone middle frame components, foreign object inspection of connector terminals, and wear observation of carbon brushes in drone gimbal motors.
Automotive Maintenance and Diagnosis: Visual detection of carbon deposits in engine combustion chambers, crack detection of turbocharger blades, judgment of blockages in transmission valve body oil circuits, and sealing inspection of cooling pipes in new energy vehicle battery packs.
Special Maintenance Operations: Micro-crack detection at the root of aero-engine blades, corrosion screening of the inner wall of nuclear power plant heat exchange tubes, and internal cleanliness verification of hydraulic control modules on oil drilling platforms.
Product Name | 3.9mm Mini Flexible Endoscope Camera Module |
Basic tolerance | ±0.1mm |
DSP | USB |
Sensor | OH01A10 |
Focusing Range | 10-80mm |
Focal Length | 1.08mm |
F Number | 4.0 |
Resolution: | 720P Max 60fps |
TV Distortion | <-10% |
Diameter | 3.9mm |
It adopts the OH01A10 sensor, which has both high sensitivity and low noise characteristics, supporting stable 720P@60fps HD output.
The standard diameter of the camera module part is 3.9mm. If you have requirements for custom cable lengths and specific packaging forms, please contact us, and we can evaluate and provide customized lens solutions.
The module uses a standard USB 2.0 interface. It can achieve plug-and-play functionality on most mainstream operating systems, and usually no additional driver is required, making integration and use very convenient.
This is the OH01A10 Sensor 3.9mm Mini Flexible Endoscope Camera Module, a professional-grade device for the medical and precision testing fields. Equipped with OmniVision's high-sensitivity OH01A10 sensor, the module supports 720P high-definition resolution and 60fps high frame rate video output. Combined with a 1.08mm short focal length lens, a 10-80mm wide focusing range, an F4.0 large aperture, and an 85° wide-angle design, it can capture clear details of the inspection area in all directions. Its optical system adopts a multi-layer coated lens, paired with high-brightness LED fill lights, enabling it to output low-noise and high-fidelity images even in complex environments. It features a built-in USB interface DSP image processor that performs real-time noise reduction and color optimization, while innovative electronic image stabilization technology effectively offsets image blurring caused by handheld jitter. The module's flexible conduit supports ±180° bidirectional bending, and the 3.9mm ultra-fine lens can easily penetrate narrow spaces larger than 4mm, with excellent IP67-rated waterproof and dustproof performance to adapt to harsh working conditions such as humidity and oil stains. The module adopts a separate structural design, connected to the DSP board via wire bonding, and outputs through a USB2.0 interface, supporting the UVC protocol for plug-and-play functionality. Manufactured with precision through SMT technology and AA (Active Alignment) manufacturing process, the product strictly complies with four international certification standards: RoHS, CE, FCC, and REACH. The accompanying professional software supports functions such as image freezing, providing efficient and reliable technical support for medical diagnosis, industrial testing, and other scenarios. | ![]() |
Next-Generation Pixel Technology for Enhanced Imaging: The PureCel®Plus-S architecture significantly improves quantum efficiency, boosting the signal-to-noise ratio (SNR) compared to traditional FSI technology under the same lighting conditions. It effectively suppresses motion artifacts, and the 60fps high-speed acquisition ensures no motion blur in dynamic scenes.
Miniaturized Separate Architecture: The 3.9mm ultra-thin lens features a separate layout from the DSP board, supporting custom cable lengths and capable of accessing narrow cavities with an aperture of <4mm. The Steel Shell has corrosion-resistant and wear-resistant properties, and the waterproof and dustproof structure can cope with complex working conditions such as humidity and oil stains.
Driver-Free Cross-Platform Compatibility: Complies with the UVC protocol standard, enabling direct deployment on Windows, macOS, and Linux systems without the need to install dedicated drivers. This significantly shortens the software integration cycle of medical equipment and reduces development costs.
Integrated Lighting: Four 0402 micro LEDs adopt a constant current drive design, providing sufficient brightness and uniform light distribution in the field of view, effectively reducing vignetting and improving the accuracy of diagnosis and testing.
Process Assurance: Manufactured through SMT + AA precision processes, certified by international standards including RoHS, CE, FCC, and REACH, ensuring stable and reliable structure and a longer service life.
Medical Device Integration: Suitable for the front-end image acquisition unit of minimally invasive diagnostic and therapeutic equipment such as otolaryngological endoscopes, oral inspection mirrors, bronchoscopes, urethroscopes, and arthroscopes, supporting adaptation to 1080P high-definition display terminals.
Industrial Precision Testing: Used for internal wear monitoring of precision gearboxes, flow channel defect detection of hydraulic valve blocks, cleanliness inspection of semiconductor packaging molds, and damage assessment of micro-bearing raceways.
Electronic Manufacturing Services: Compatible with visual inspection of BGA solder joints on PCB boards, assembly verification of mobile phone middle frame components, foreign object inspection of connector terminals, and wear observation of carbon brushes in drone gimbal motors.
Automotive Maintenance and Diagnosis: Visual detection of carbon deposits in engine combustion chambers, crack detection of turbocharger blades, judgment of blockages in transmission valve body oil circuits, and sealing inspection of cooling pipes in new energy vehicle battery packs.
Special Maintenance Operations: Micro-crack detection at the root of aero-engine blades, corrosion screening of the inner wall of nuclear power plant heat exchange tubes, and internal cleanliness verification of hydraulic control modules on oil drilling platforms.
Product Name | 3.9mm Mini Flexible Endoscope Camera Module |
Basic tolerance | ±0.1mm |
DSP | USB |
Sensor | OH01A10 |
Focusing Range | 10-80mm |
Focal Length | 1.08mm |
F Number | 4.0 |
Resolution: | 720P Max 60fps |
TV Distortion | <-10% |
Diameter | 3.9mm |
It adopts the OH01A10 sensor, which has both high sensitivity and low noise characteristics, supporting stable 720P@60fps HD output.
The standard diameter of the camera module part is 3.9mm. If you have requirements for custom cable lengths and specific packaging forms, please contact us, and we can evaluate and provide customized lens solutions.
The module uses a standard USB 2.0 interface. It can achieve plug-and-play functionality on most mainstream operating systems, and usually no additional driver is required, making integration and use very convenient.
