The choice between side view and direct view of the endoscope camera module for image output mainly depends on your inspection requirements. Direct-view lenses are suitable for large-scale inspections in open Spaces, such as the inner walls of pipes or engine blocks. They offer a wide field of view
The compatibility of endoscope camera modules with ordinary endoscope systems (e.g., Olympus or Storz) depends on several technical factors:Physical Interface CompatibilityMost endoscope camera modules are designed with standardized C-mount or other industry-standard interfaces that allow integrati
Why are high-resolution industrial endoscope camera modules more prone to overheating?At present, when industrial endoscopes are upgraded to 4K/60fps, the power consumption of the chip surges. For instance, the power consumption of the IMX415 sensor reaches 1.2W, but the mirror tube with a diameter
Currently, the endoscope camera module can be equipped with both LED beads and fiber supplementary lighting . This composite design combines the advantages of both light sources to adapt to more complex inspection environments and improve imaging quality. The following are the key bases and techni
The integration of LED beads in the endoscope camera module is mainly based on three core requirements: space efficiency, optical control, and environmental adaptability. The specific advantages and technical principles are as follows:I. Optimization of Space Utilization RateMiniaturized packaging
Disposable endoscope modules are usually treated as medical waste and must strictly follow the following disposal procedures:1. Youdaoplaceholder0 Sealed packaging and sorting Immediately seal it in a dedicated medical waste packaging bag/container after use, mark it as "infectious Waste", and it i
The selection of the diameter of the endoscopic camera module should be comprehensively evaluated based on specific application scenarios, rather than simply pursuing the smallest size. The key considerations are as follows:I. The Core Value and Limitations of Small DiameterAdaptability in confined
In the selection process of endoscope camera modules, how to correctly strike a balance between resolution and clarity?At present, the endoscope camera module is the preferred option for shooting in narrow environments. However, when choosing an endoscope camera module, it is not the case that the h
Whether the internal camera module of the industrial pipeline inspection endoscope needs to be equipped with an infrared LED lamp should be determined through a comprehensive assessment based on the inspection scenario requirements and the characteristics of infrared technology.
In the current industrial inspection and clinical medical fields, the application of endoscopes has become very widespread. However, there are significant differences in how these two fields should choose the appropriate endoscopes. The following is a comprehensive analysis of the selection of endos
The importance of advanced tools in modern maintenance and repair work cannot be overstated, particularly when it comes to inspecting hard-to-reach or hidden systems.
This professional-grade 3.9mm endoscope camera delivers 720P resolution at 60fps, paired with multi-coated lenses and high-brightness LEDs for crisp, low-noise imaging in challenging environments. Its DSP processor enables real-time noise reduction and color optimization, while electronic stabilizat
This innovative endoscope camera module combines a specialized BF2013 CMOS sensor with six integrated LED beads, delivering sharp 653×493 resolution video at 30 FPS even in low-light conditions. Designed for extreme environments, its 2mm-diameter probe and 60mm length allow access to tightly confine
This miniature endoscope camera is equipped with the OV97342 chip, featuring both high precision and miniaturization. Its 1-megapixel sensor supports a high-definition resolution of 1280×720. Combined with an 88° wide field of view, it can clearly capture details within a depth range of 10-40mm, making it suitable for operations in narrow Spaces.
The 3.5mm industrial-grade endoscope module is designed for complex mechanical inspection, equipped with OV9734 sensor output 1280×720 HD image quality, and smooth 30FPS transmission via USB interface. Its six ring leds provide shadowless lighting with an 88° wide-angle field of view, which can clea
The 3.5mm industrial-grade endoscope module is designed for complex mechanical inspection, equipped with OV9734 sensor output 1280×720 HD image quality, and smooth 30FPS transmission via USB interface. Its six ring leds provide shadowless lighting with an 88° wide-angle field of view, which can clea
In modern plumbing and drainage maintenance, efficiency, precision, and minimal invasiveness are essential.
In today's fast-paced world, real-time mobile inspection has become an invaluable tool across various industries.
How Oral Endoscope Cameras Improve Dental Health MonitoringAdvancements in medical technology have revolutionized healthcare in many ways, and dental health is no exception.
Exploring the Features of Micro Endoscope Cameras for Precision InspectionIn the world of modern inspections, precision is paramount.
Availability: | |
---|---|
Quantity: | |
SF-C1019USB-F&S-DUAL
SINCEREFIRST
This is a 720p Type-C side view endoscopic camera module with LED light. The focal length can support 10mm~10 0mm°. These endoscopic camera modules can be widely used in various medical procedures, such as endoscopic bronchoscopy, urological examination, as well as in the industrial field of inspection of narrow pipelines, and internal inspection of complex structures. |
Type-C interface: plug and play, compatible with computers, cell phones (requires adapter), medical/industrial equipment, no additional power supply or driver required.
Side-viewing lens design: allows observation of areas that are difficult to reach with traditional direct-viewing lenses (e.g., sidewalls of pipelines, narrow lumens), improving inspection coverage.
1. Bronchoscopy: It is used to observe the internal conditions of the trachea and bronchus and assist in the diagnosis of lung infection, tumor or foreign body obstruction. The side view design can reduce the blind area and facilitate the observation of bronchial branch structure.
2. Pipeline detection: Used for air conditioning ventilation pipe, sewer, oil pipe, gas pipeline and other narrow space detection. Side-view design can observe corrosion, crack, blockage and other problems of pipe wall.
3. Mechanical internal inspection: It is suitable for the internal inspection of complex structures such as automobile engine, aeroengine and hydraulic system. The focal length of 10mm~100mm can be flexibly adjusted to observe the status of parts at different distances.
Product Name | Side-view endoscope camera module |
Sensor | OV9734 |
Mechanical TTL | 3.3±0.2 |
F# | 4±5% |
EFL | 1.1±5% |
DOF | 5-50 |
Thread | M2.6×P0.25 |
FOV | 110±10% |
CRA | <30° |
IR Cut Filter | 650±10nm@T=50% |
1. What are the interface types of the module?
Common interfaces include USB3.0, HDMI, SDI, etc. Industrial scenarios may use PoE power supply interfaces, and medical devices integrate dedicated medical image interfaces (such as DVI-Med).
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. What are the typical requirements for custom modules?
Common requirements include special dimensions (e.g., 1mm diameter), multispectral imaging (e.g., fluorescence navigation), and interface protocol adaptation (e.g., interfacing with DICOM systems).
This is a 720p Type-C side view endoscopic camera module with LED light. The focal length can support 10mm~10 0mm°. These endoscopic camera modules can be widely used in various medical procedures, such as endoscopic bronchoscopy, urological examination, as well as in the industrial field of inspection of narrow pipelines, and internal inspection of complex structures. |
Type-C interface: plug and play, compatible with computers, cell phones (requires adapter), medical/industrial equipment, no additional power supply or driver required.
Side-viewing lens design: allows observation of areas that are difficult to reach with traditional direct-viewing lenses (e.g., sidewalls of pipelines, narrow lumens), improving inspection coverage.
1. Bronchoscopy: It is used to observe the internal conditions of the trachea and bronchus and assist in the diagnosis of lung infection, tumor or foreign body obstruction. The side view design can reduce the blind area and facilitate the observation of bronchial branch structure.
2. Pipeline detection: Used for air conditioning ventilation pipe, sewer, oil pipe, gas pipeline and other narrow space detection. Side-view design can observe corrosion, crack, blockage and other problems of pipe wall.
3. Mechanical internal inspection: It is suitable for the internal inspection of complex structures such as automobile engine, aeroengine and hydraulic system. The focal length of 10mm~100mm can be flexibly adjusted to observe the status of parts at different distances.
Product Name | Side-view endoscope camera module |
Sensor | OV9734 |
Mechanical TTL | 3.3±0.2 |
F# | 4±5% |
EFL | 1.1±5% |
DOF | 5-50 |
Thread | M2.6×P0.25 |
FOV | 110±10% |
CRA | <30° |
IR Cut Filter | 650±10nm@T=50% |
1. What are the interface types of the module?
Common interfaces include USB3.0, HDMI, SDI, etc. Industrial scenarios may use PoE power supply interfaces, and medical devices integrate dedicated medical image interfaces (such as DVI-Med).
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. What are the typical requirements for custom modules?
Common requirements include special dimensions (e.g., 1mm diameter), multispectral imaging (e.g., fluorescence navigation), and interface protocol adaptation (e.g., interfacing with DICOM systems).