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SF-N735V3
SINCEREFIRST
The OV9734 Micro Camera Module is an ultra-compact, power-efficient imaging solution perfect for slim devices like notebooks, tablets, and smartphones. Featuring the high-performance 1MP OV9734 Sensor, it captures premium quality images and video, thanks to OmniVision's advanced PureCel™ technology. The module's 1/9-inch sensor size and small dimensions (22mm x 3.6mm) allow it to fit seamlessly into space-constrained designs, while its low power consumption makes it suitable for portable devices. The Camera Module is also available with an optional LED array (6pcs), enhancing visibility in low-light environments, making it particularly effective in medical endoscope camera modules and other precision imaging applications. OmniVision's OV9734 Sensor is the nice choice for imaging in a wide range of applications, including endoscope cameras and other industrial devices.
Product Advantage ◢
Compact & Power Efficient: Perfect for space-constrained devices like notebooks, tablets, and smartphones.
Sensor: Delivers premium quality images and video with OmniVision's PureCel™ technology.
Wide-Angle View: 60° Field of View, ideal for applications like medical and endoscope camera modules.
Low Power Consumption & Optional LED: Efficient for portable devices with optional 6pcs LED for enhanced visibility in low light.
Technical Parameters ◢
| Model Number | SF-N735V3 |
| Mounting Type | USB |
| Description | Endoscope Camera Module |
| Application | Medical |
| Series | Camera Module |
| Features | Endoscope Camera |
| Sensor Type | OV9734 |
| Keyword | mobile phone cmos camera module |
| Technology | endoscope camera module |
| Certification | CE RoHS Reach |
Product Uses ◢
medical endoscope
mobile phone
FAQ ◢
Q1: What is a endoscope camera module?
A1:The endoscope camera module plays a vital role in various medical fields, enabling doctors to capture detailed images of internal areas for accurate diagnosis and treatment. These modules are equipped with high-resolution sensors, integrated light sources, and transmission interfaces to ensure clear and real-time image output to external displays. Key components of an endoscope camera module include the CMOS image sensor, cable assembly, image signal processor (ISP) board, lens system, illumination system, and protective housing. These elements work together to deliver high-quality imaging that meets the demanding requirements of endoscopic procedures. The design of such modules prioritizes compactness, image clarity, and energy efficiency, all while ensuring they can withstand harsh operating environments. As technology progresses, these modules continue to evolve, becoming more compact, adaptable, and purpose-specific to better serve the medical industry.
Q2: Are you factory or trade company?
A2: We are a professional manufacturer of intelligent camera modules, committed to providing high quality products, such as USB camera module, MIPI camera module, endoscope module. Our factory has 10 automated, dust-free and sterile workshops, ensuring that every step of production takes place in an efficient and clean environment, minimizing the risk of contamination. All employees are professionally trained and follow strict operating procedures. Each endoscope module is thoroughly inspected multiple times to maintain an industry-leading pass rate. In addition, our research and development team is always ahead of market trends and drives technological innovation, making our products at the forefront of the industry both in terms of technology and application. In recent years, we continue to promote sustainable development, the use of environmentally friendly materials, to the new green environmental sustainable development, we are committed to providing customers with reliable solutions to win the trust of the market.
Q3: How to control an endoscope camera module?
A3: The functioning of an endoscope camera module involves a complex set of tasks, including the transmission of data, configuration of software settings, and processing of images. To ensure stable and reliable performance, it is crucial for the hardware and software components to work in harmony, usually within a designated voltage range. To minimize the effects of voltage fluctuations, these cameras are often connected to devices such as computers, tablets, or smartphones through interfaces like USB, micro-USB, HDMI, or Wi-Fi. Specialized software allows users to fine-tune settings such as zoom, focus, resolution, and contrast, while also enabling real-time monitoring of the video feed to guarantee smooth and accurate operation.
Q4: What does an endoscope camera module see?
A4: Endoscopic camera modules are widely utilized in the medical, industrial, and academic sectors for capturing high-quality images and videos of hard-to-reach internal structures. In the healthcare industry, these devices are inserted into the body through narrow tubes, offering a comprehensive view to assist healthcare professionals in diagnosing conditions such as tumors, inflammation, and other health issues. Equipped with integrated light sources, endoscopes function effectively in dark environments, allowing for the examination of organs like the stomach, intestines, and lungs. This enables real-time observation of tissue and blood vessel irregularities, monitoring of infections, blockages, and tumors. The ability to transmit live images via networks enables remote monitoring, facilitating precise diagnoses and treatment planning. In the industrial sector, endoscopic camera modules are used to inspect inaccessible parts of machinery, piping, and infrastructure, aiding in the detection of wear, corrosion, or blockages. This helps prevent damage, improves repair efficiency, and enhances inspection processes. Real-time image transmission via high-speed networks enables industry experts to remotely analyze situations, make informed judgments, and guide on-site personnel in carrying out maintenance, minimizing downtime, and ensuring smooth operation.
Q5: What can be customized for endoscope camera modules?
A5: The endoscope camera module provides a wide array of customization features to meet diverse customer needs. Clients can choose between integrated or standalone options designed for either medical or industrial use. The lens diameter can be modified to fit different environments, ensuring top-notch imaging quality. To increase durability, customers can opt for protective steel sleeves that are resistant to dust and water. An optional built-in LED lighting system is also available, offering powerful illumination that enhances visibility in dimly lit areas, which is especially useful for medical diagnostics.
