SincereFirst introduces a professional-grade micro-imaging solution featuring the Raysense ES101 sensor, delivering 1000×1000@60FPS and 1000×800@75FPS output. The 3.1mm separated module integrates a 1/9" sensor with 1.4μm pixels, 140° FOV, and six white LEDs, transmitting 10bit RAW data via Type-C (
On December 2, 2025, MicroPort Robotics Group announced that its independently developed "Dragonfly Eye" stereoscopic electronic laparoscope has successfully obtained EU CE certification. This breakthrough not only marks a critical step for China's high-end surgical robot systems entering the intern
# Visual Oral Endoscope: Technical Requirements and Future Development Trends for Endoscope Camera Modules## IntroductionDriven by rising personal health consciousness and the proliferation of mobile healthcare technology, visual oral endoscopes are transitioning from professional dental clinics to
[Industry Insight] On December 1, Xishan Technology unveiled its 4K ultra-high-definition endoscope system at MEDICA International Trade Fair in Düsseldorf, Germany, drawing distributors and clinical experts from 43 countries. While seemingly a routine product showcase, this event marks a landmark m
OCHFA10 sensor, delivering 700×700@60fps (or 90fps at 400×400) with 0.4lux low-light performance. Fixed 0.418mm focal length covers 5-50mm working distance.Key advantage: Dual YUY/MJPEG output via USB2.0 UVC protocol—true plug-and-play on Windows/Linux/macOS/Android, eliminating driver development.M
On March 11, 2025, FUJIFILM Healthcare Americas Corporation announced the official commercialization of its EN-840T double-balloon enteroscopy (DBE) camera module. As a long-standing manufacturer in the endoscope module sector, this new product is specifically designed for small bowel disease diagno
For visual inspection in confined spaces, sharing field-validated specs of a 3.9mm USB endoscope module:Built on OmniVision OV9734 sensor, the module delivers stable 30FPS at 1280×720 resolution, with PureCel® backside-illuminated technology ensuring low-light sensitivity. The optical system feature
Addressing precision inspection needs in fields such as medical care, industry, and aerospace, this endoscope camera module based on the OV2740 sensor has emerged as a core selection solution, leveraging its "compact size + high reliability + wide adaptability". Key technical highlights are as follo
Product Positioning and EvolutionOCHFA10 is the official upgraded model of OVM6946. Both adopt OmniVision's CameraCubeChip® wafer-level packaging technology, specifically designed for disposable medical endoscopes. Although OCHFA10 comprehensively surpasses its predecessor in technical specification
November 26, 2025 — Feiyinuo's Vicyto-6000 endoscope system, unveiled at MEDICA 2025, sets three hard requirements for upstream module vendors: distal outer diameter <5.8mm, latency <15ms, and 120° bendability, signaling medical endoscopes' entry into the "optical-electronic-computational integratio
As a device focusing on visualization needs in narrow spaces, the 3.9mm USB Endoscope Camera Module has become a reliable choice in fields such as medical diagnosis and treatment, industrial inspection, and pet healthcare, thanks to its core performance and practical design. Below is an objective ov
In the world of industrial, medical, and inspection technologies, endoscope camera modules play a pivotal role.
In industrial settings, efficiency and precision are paramount, especially when it comes to equipment inspections.
When choosing inspection tools for industrial purposes, precision, efficiency, and reliability are key. In many industries, the ability to inspect internal components or hard-to-reach areas without dismantling equipment is crucial.
In the fast-paced world of automotive repair and diagnostics, precision, efficiency, and speed are paramount. Traditional methods of engine inspection often require time-consuming disassembly, which leads to longer downtimes and higher costs.
In today's fast-paced industrial environment, precision and efficiency are key factors driving successful operations. One technology that has significantly contributed to achieving these goals is the USB endoscope camera module.
Designed for multi-scenario precision inspection, it is equipped with the core OmniVision OCHTA10 CMOS sensor. Its ultra-slim diameter of 1.2mm±0.05mm breaks through the spatial limitations of traditional tools. Paired with an F/2.8 large aperture and an ultra-close focusing capability of 0.175mm, i
In endoscopic camera modules, lens material is a core factor determining imaging quality, durability, and cost. From a popular science perspective, this article systematically analyzes the key impacts of three materials—plastic, glass-plastic hybrid, and all-glass—on endoscopic modules, helping to u
As a manufacturer specializing in the R&D and production of endoscope camera modules, we often receive questions from customers: Why do two modules labeled with "1080P resolution, 1/4-inch CIS, 2-megapixel" have consistent core parameters but different models? Behind this lies the in-depth design co
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SF-C0310USB-D3.9-PLUS-D9
SINCEREFIRST
This is a HD Inspection Camera featuring a 3.9 mm borescope with a VGA Sensor, designed for exceptional visual clarity and precision. This USB Borescope Camera Module seamlessly integrates via USB2.0 interface, equipped with LED light to illuminate even the tightest spaces. With a focusing range of 20-80mm, a focal length of 1.074, an F Number of 3.58, and a wide 90° FOV , it ensures comprehensive coverage and sharp details. The module boasts minimal TV Distortion of <-5.5%, making it ideal for medical endoscope camera module applications or any scenario requiring reliable, high-definition inspection. | ![]() |
Features ◢
1. Ultra-fine detection without dead Angle: 3.9mm probe diameter can penetrate into narrow gaps, with 90° ultra-wide field of view Angle, comprehensive coverage of the detection area, reduce the operation of blind areas.
2. Low distortion of high-definition imaging: VGA sensor with F3.58 large aperture, in the 20-80mm focus range to achieve high contrast imaging, TV distortion <-5.5%, to ensure accurate picture restoration.
3. Medical industry dual adaptation: Short focal length design takes into account the needs of macro observation and depth of field, supporting multi-scenario application of medical equipment integration or industrial non-destructive testing.
Application Of Endoscope Camera Module ◢
1. Endoscopy center: gastroenteroscopy, cystoscopy light imaging, support PC side image amplification and case archiving.
2. Pipeline inspection: oil/gas pipeline inner wall corrosion detection, weld quality assessment, support long-distance push operation.
3. Security equipment: Check the internal mechanical structure of the lock and the wiring of the hidden corner of the monitoring camera.
Product Details ◢
Keywords | 3.9mm USB Endoscope Camera Module |
Sensor | VGA |
LED | 4pcs LED |
Module Size | 3.9mm dia |
Focusing Range | 20mm-80mm |
Focal Length | 1.074mm |
FOV(D) | 90° |
TV Distortion | <-5.5% |
Output Format | YUV&MJPG |
F Number | 3.58 |
Output | USB2.0 UVC |
Features | Mini Endoscope Camera |
FAQ ◢
1. What are the special requirements of laparoscopic surgical modules?
Anti-fogging design (lens heating or anti-fogging coating), 3D imaging capability, instrument channel integration, and color reproduction must be accurate (e.g., distinguishing tissue oxygen status).
2. Why do pipeline inspection modules need long cables?
The cable length is usually 10-30 meters, including Kevlar tensile layer and waterproof connector, which supports real-time transmission while resisting internal friction and chemical corrosion of the pipeline.
3. How does 3D endoscope achieve stereoscopic vision?
Images of the left and right eyes are captured through a dual lens module or a splitter prism, and synchronously output to a 3D display at ≥1080p/60fps to ensure smooth operation, suitable for minimally invasive surgery.
This is a HD Inspection Camera featuring a 3.9 mm borescope with a VGA Sensor, designed for exceptional visual clarity and precision. This USB Borescope Camera Module seamlessly integrates via USB2.0 interface, equipped with LED light to illuminate even the tightest spaces. With a focusing range of 20-80mm, a focal length of 1.074, an F Number of 3.58, and a wide 90° FOV , it ensures comprehensive coverage and sharp details. The module boasts minimal TV Distortion of <-5.5%, making it ideal for medical endoscope camera module applications or any scenario requiring reliable, high-definition inspection. | ![]() |
Features ◢
1. Ultra-fine detection without dead Angle: 3.9mm probe diameter can penetrate into narrow gaps, with 90° ultra-wide field of view Angle, comprehensive coverage of the detection area, reduce the operation of blind areas.
2. Low distortion of high-definition imaging: VGA sensor with F3.58 large aperture, in the 20-80mm focus range to achieve high contrast imaging, TV distortion <-5.5%, to ensure accurate picture restoration.
3. Medical industry dual adaptation: Short focal length design takes into account the needs of macro observation and depth of field, supporting multi-scenario application of medical equipment integration or industrial non-destructive testing.
Application Of Endoscope Camera Module ◢
1. Endoscopy center: gastroenteroscopy, cystoscopy light imaging, support PC side image amplification and case archiving.
2. Pipeline inspection: oil/gas pipeline inner wall corrosion detection, weld quality assessment, support long-distance push operation.
3. Security equipment: Check the internal mechanical structure of the lock and the wiring of the hidden corner of the monitoring camera.
Product Details ◢
Keywords | 3.9mm USB Endoscope Camera Module |
Sensor | VGA |
LED | 4pcs LED |
Module Size | 3.9mm dia |
Focusing Range | 20mm-80mm |
Focal Length | 1.074mm |
FOV(D) | 90° |
TV Distortion | <-5.5% |
Output Format | YUV&MJPG |
F Number | 3.58 |
Output | USB2.0 UVC |
Features | Mini Endoscope Camera |
FAQ ◢
1. What are the special requirements of laparoscopic surgical modules?
Anti-fogging design (lens heating or anti-fogging coating), 3D imaging capability, instrument channel integration, and color reproduction must be accurate (e.g., distinguishing tissue oxygen status).
2. Why do pipeline inspection modules need long cables?
The cable length is usually 10-30 meters, including Kevlar tensile layer and waterproof connector, which supports real-time transmission while resisting internal friction and chemical corrosion of the pipeline.
3. How does 3D endoscope achieve stereoscopic vision?
Images of the left and right eyes are captured through a dual lens module or a splitter prism, and synchronously output to a 3D display at ≥1080p/60fps to ensure smooth operation, suitable for minimally invasive surgery.
