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SF-C2015USB-1080P-D8
SINCEREFIRST
| This 2MP 1080P 30FPS LED USB Endoscopic Camera Module is specifically designed for precise imaging needs across multiple scenarios, combining high-definition image quality with convenient practicality. At its core, the module is equipped with a 1/5-inch CMOS image sensor. Leveraging its 2-megapixel imaging capability, it can stably output 1080P full HD video at a frame rate of 30FPS, with no frame drops or motion blur. It clearly reproduces the detailed features of the inspected target, providing reliable visual support for endoscopic imaging. In terms of structural design, the module adopts a dual-advantage solution of "miniaturization + high durability": the outer diameter of the head is only 8.0±0.10mm, paired with a flexible connecting cable of 230±10mm in length and 3.5±0.15mm in diameter, allowing it to easily penetrate narrow spaces; the housing is made of black round steel sleeve material, which has both wear-resistant and corrosion-resistant properties, and can adapt to high-frequency use scenarios such as medical disinfection and complex industrial working conditions. In terms of optical configuration, the module is equipped with a lens with a 60° field of view (DFOV), enabling wide-range view coverage and avoiding observation blind spots; it also has a 30-50mm adjustable focusing range, which can accurately focus on inspected targets at different distances. With a TV distortion rate of <1%, it effectively prevents image deformation and ensures imaging authenticity; the F2.8 large aperture design enhances light intake in low-light environments. Combined with optional 0402 specification LED fill lights, it can maintain clear imaging in dim scenarios. In terms of interfaces and compatibility, the module supports Type-C connectors and USB2.0 output interfaces, and adopts a "plug-and-play" design. No additional drivers need to be installed, and it is directly compatible with mainstream operating systems such as Windows and Mac. Connecting to devices such as computers and monitors enables real-time data transmission and power supply, greatly simplifying the operation process and adapting to rapid inspection needs in multiple fields including medical care and industry. In addition, the module production process strictly follows aseptic and dust-free precision manufacturing standards, and each step undergoes strict testing to ensure consistent and stable performance, providing quality assurance for long-term use. |  |
1. High-Definition Image Quality & Accurate Imaging
Equipped with a 2-megapixel high-definition CMOS sensor, it supports 1920×1080 resolution, delivering sharp and clear image details. Combined with a transmission rate of 30 frames per second, the image is smooth without motion blur, meeting the strict requirements for image accuracy in medical testing.
2. Portable Design & Plug-and-Play Functionality
The module adopts a standard USB interface with strong compatibility. No additional drivers are required for installation, and it can be quickly connected to devices such as computers and tablets for real-time testing and data recording, significantly improving operational convenience and diagnostic efficiency.
3. Wide Compatibility & Multi-Scenario Application
It is compatible with multiple system platforms including Windows, Android, Mac OS, and Linux, and supports direct calls from various medical software. It can be flexibly integrated into multiple medical devices such as otoscopes, laryngeal inspection scopes, and oral endoscopes.
4. Durable Structure & Safe Reliability
Laryngoscope: As the core imaging component of a laryngoscope, it can penetrate the patient's larynx to clearly observe whether the laryngeal mucosa has inflammation, ulcers, or foreign bodies. It assists doctors in diagnosing diseases such as pharyngitis and laryngitis, or provides real-time image guidance for operations such as tracheal intubation.
Cystoscope: Adapted to cystoscope equipment, it enters the bladder through the urethra to observe whether the inner wall of the bladder has stones, tumors, or mucosal bleeding points. It enables the examination of urinary system diseases without surgery, reducing patient pain.
Arthroscope: Used for minimally invasive diagnosis and treatment with arthroscopes, it can penetrate the joint cavities of the knee, shoulder, and other joints to observe the damage to joint cartilage and synovium, assisting doctors in diagnosing conditions such as arthritis and meniscus tears.
Circuit Board Inspection Endoscope: As the core imaging component of a dedicated circuit board inspection endoscope, it can magnify and observe the solder joint status of electronic components (such as chips and capacitors), identifying issues such as cold soldering, missing soldering, and excessive solder accumulation, ensuring the circuit stability of circuit boards.
Sensor | CMOS sensor |
LED | 0402 LED |
Connector | Type-C |
Image Device | 1/5" inch |
Output Interface | USB2.0 |
Application | Industrial, Medical |
Lens | DFOV60 |
F No. | F2.8 |
A1: Endoscope camera modules are essential tools for visual inspections in various industries, including healthcare, manufacturing, and home repairs. These devices allow users to monitor and intervene in difficult-to-reach areas in real-time. Equipped with LED lights, they provide clear imaging even in dimly lit environments, with both flexible and rigid models available. Typically, they connect to monitors through USB or HDMI, making them good for medical diagnoses, industrial evaluations, and plumbing checks.
A2:We are an suprer factory committed to producing top-tier smart camera modules, emphasizing precision manufacturing within a controlled, sterile environment. Our trained team follows strict protocols and uses dust-free gear to maintain cleanliness. Every step in the production process adheres to detailed guidelines to ensure uniformity and quality. We prioritize excellence through rigorous inspection and testing at every stage. With a robust in-house R&D system, we drive continuous innovation, enabling us to craft cutting-edge camera modules that lead the industry and differentiate us in the competitive market.
A3: No. It supports plug-and-play, so you can connect it to Windows/Mac devices directly without extra drivers.
A4: No. It gets power directly via the USB2.0/Type-C connection—no additional power adapter is needed.
A5:Yes. Customization for key parameters (e.g., 230±10mm cable length adjustment, interface type modification) is available for specific medical/industrial needs.
| This 2MP 1080P 30FPS LED USB Endoscopic Camera Module is specifically designed for precise imaging needs across multiple scenarios, combining high-definition image quality with convenient practicality. At its core, the module is equipped with a 1/5-inch CMOS image sensor. Leveraging its 2-megapixel imaging capability, it can stably output 1080P full HD video at a frame rate of 30FPS, with no frame drops or motion blur. It clearly reproduces the detailed features of the inspected target, providing reliable visual support for endoscopic imaging. In terms of structural design, the module adopts a dual-advantage solution of "miniaturization + high durability": the outer diameter of the head is only 8.0±0.10mm, paired with a flexible connecting cable of 230±10mm in length and 3.5±0.15mm in diameter, allowing it to easily penetrate narrow spaces; the housing is made of black round steel sleeve material, which has both wear-resistant and corrosion-resistant properties, and can adapt to high-frequency use scenarios such as medical disinfection and complex industrial working conditions. In terms of optical configuration, the module is equipped with a lens with a 60° field of view (DFOV), enabling wide-range view coverage and avoiding observation blind spots; it also has a 30-50mm adjustable focusing range, which can accurately focus on inspected targets at different distances. With a TV distortion rate of <1%, it effectively prevents image deformation and ensures imaging authenticity; the F2.8 large aperture design enhances light intake in low-light environments. Combined with optional 0402 specification LED fill lights, it can maintain clear imaging in dim scenarios. In terms of interfaces and compatibility, the module supports Type-C connectors and USB2.0 output interfaces, and adopts a "plug-and-play" design. No additional drivers need to be installed, and it is directly compatible with mainstream operating systems such as Windows and Mac. Connecting to devices such as computers and monitors enables real-time data transmission and power supply, greatly simplifying the operation process and adapting to rapid inspection needs in multiple fields including medical care and industry. In addition, the module production process strictly follows aseptic and dust-free precision manufacturing standards, and each step undergoes strict testing to ensure consistent and stable performance, providing quality assurance for long-term use. | |
1. High-Definition Image Quality & Accurate Imaging
Equipped with a 2-megapixel high-definition CMOS sensor, it supports 1920×1080 resolution, delivering sharp and clear image details. Combined with a transmission rate of 30 frames per second, the image is smooth without motion blur, meeting the strict requirements for image accuracy in medical testing.
2. Portable Design & Plug-and-Play Functionality
The module adopts a standard USB interface with strong compatibility. No additional drivers are required for installation, and it can be quickly connected to devices such as computers and tablets for real-time testing and data recording, significantly improving operational convenience and diagnostic efficiency.
3. Wide Compatibility & Multi-Scenario Application
It is compatible with multiple system platforms including Windows, Android, Mac OS, and Linux, and supports direct calls from various medical software. It can be flexibly integrated into multiple medical devices such as otoscopes, laryngeal inspection scopes, and oral endoscopes.
4. Durable Structure & Safe Reliability
Laryngoscope: As the core imaging component of a laryngoscope, it can penetrate the patient's larynx to clearly observe whether the laryngeal mucosa has inflammation, ulcers, or foreign bodies. It assists doctors in diagnosing diseases such as pharyngitis and laryngitis, or provides real-time image guidance for operations such as tracheal intubation.
Cystoscope: Adapted to cystoscope equipment, it enters the bladder through the urethra to observe whether the inner wall of the bladder has stones, tumors, or mucosal bleeding points. It enables the examination of urinary system diseases without surgery, reducing patient pain.
Arthroscope: Used for minimally invasive diagnosis and treatment with arthroscopes, it can penetrate the joint cavities of the knee, shoulder, and other joints to observe the damage to joint cartilage and synovium, assisting doctors in diagnosing conditions such as arthritis and meniscus tears.
Circuit Board Inspection Endoscope: As the core imaging component of a dedicated circuit board inspection endoscope, it can magnify and observe the solder joint status of electronic components (such as chips and capacitors), identifying issues such as cold soldering, missing soldering, and excessive solder accumulation, ensuring the circuit stability of circuit boards.
Sensor | CMOS sensor |
LED | 0402 LED |
Connector | Type-C |
Image Device | 1/5" inch |
Output Interface | USB2.0 |
Application | Industrial, Medical |
Lens | DFOV60 |
F No. | F2.8 |
A1: Endoscope camera modules are essential tools for visual inspections in various industries, including healthcare, manufacturing, and home repairs. These devices allow users to monitor and intervene in difficult-to-reach areas in real-time. Equipped with LED lights, they provide clear imaging even in dimly lit environments, with both flexible and rigid models available. Typically, they connect to monitors through USB or HDMI, making them good for medical diagnoses, industrial evaluations, and plumbing checks.
A2:We are an suprer factory committed to producing top-tier smart camera modules, emphasizing precision manufacturing within a controlled, sterile environment. Our trained team follows strict protocols and uses dust-free gear to maintain cleanliness. Every step in the production process adheres to detailed guidelines to ensure uniformity and quality. We prioritize excellence through rigorous inspection and testing at every stage. With a robust in-house R&D system, we drive continuous innovation, enabling us to craft cutting-edge camera modules that lead the industry and differentiate us in the competitive market.
A3: No. It supports plug-and-play, so you can connect it to Windows/Mac devices directly without extra drivers.
A4: No. It gets power directly via the USB2.0/Type-C connection—no additional power adapter is needed.
A5:Yes. Customization for key parameters (e.g., 230±10mm cable length adjustment, interface type modification) is available for specific medical/industrial needs.
