High Quality OV9734 CMOS Sensor USB Endoscope Camera Module Plus Light for Medical
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High Quality OV9734 CMOS Sensor USB Endoscope Camera Module Plus Light for Medical

Separate USB LED endoscope camera module delivers 1080P imaging with a 1.4μm sensor, MJPEG/YUV2 output, and 6 LEDs for clear low-light inspection. Designed for industrial applications, it supports compact integration, stable performance, and OEM customization for diverse sourcing needs.
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  • SF-SJN345 D75

  • SINCEREFIRST

OV9734 USB Endoscope Camera Module with LED, UVC, IP67 and 5PIN Interface

This USB endoscope camera module is built with an OV9734 image sensor and can also be described as a USB camera module, UVC camera module, or endoscope imaging module for B2B sourcing needs. It features a 1.08mm lens, F4.0 aperture, 1.4um pixel size, 1920x1080 output, MJPEG/YUV2 format, 6 integrated LED lights, IP67 protection, a steel sleeve structure, a USB 5PIN interface, 10-100mm focus range, and distortion below 10%. The module supports plug-and-play connection through the UVC protocol and is suitable for manufacturer, supplier, and factory procurement programs, including OEM, ODM, custom specification, wholesale, bulk order, and long-term sourcing requirements.
High Quality OV9734 CMOS Sensor USB Endoscope Camera Module Plus Light for Medical

Technical Parameters ◢

Product Name

Performance USB Endoscope Camera Module

F.NO

2.8

DSP

USB

Sensor

BF20A6

Focusing Range

10-30mm

Diameter

7.5mm

Connector

USB 5PIN

LED:

6pcs

Resolution

30fps

FOV(D)

72°


Advantages Of Endoscope Camera Module◢

1.Excellent Image Quality

This Endoscope Camera Module uses an OV9734 sensor to deliver high-resolution, low-noise image output. The advanced imaging performance of the Endoscope Camera Module helps maintain sharp detail and consistent color reproduction, supporting accurate visual observation and diagnostic judgment.

2.Sturdy and Durable Design

The lens of this Endoscope Camera Module is protected by a steel housing, which improves impact resistance and wear resistance during repeated use. This durable Endoscope Camera Module structure helps extend service life and supports stable operation in demanding working conditions.

3.Comprehensive Protection Performance

This Endoscope Camera Module is rated IP67 for dustproof and waterproof protection, helping ensure reliable performance in damp, dusty, or frequently cleaned environments. The protected Endoscope Camera Module design makes it suitable for medical, laboratory, and industrial inspection equipment that requires dependable sealing performance.

4.Efficient Lighting System

The Endoscope Camera Module integrates six high-brightness LED fill lights with adjustable brightness to provide balanced illumination in confined spaces. This lighting system allows the Endoscope Camera Module to reduce shadows and glare while improving image visibility and detail capture in low-light environment.

5.Convenient Plug-and-Play

This Endoscope Camera Module supports the UVC protocol and is compatible with most mainstream operating systems and display devices. The plug-and-play Endoscope Camera Module design does not require additional driver installation, making system integration faster and more convenient.

6.Flexible Focusing Capability

With a focus range of 10-100mm, this Endoscope Camera Module supports clear imaging from close-up to mid-range viewing distances. The flexible optical performance of the Endoscope Camera Module makes it suitable for different visual inspection and observation requirements.

7.Lightweight and Easy to Integrate

The compact and lightweight Endoscope Camera Module design allows easy embedding into various medical devices and inspection systems. This Endoscope Camera Module helps reduce overall integration complexity while supporting more streamlined product development and assembly.


Why Choose Us ◢

With over 15 years of camera module manufacturing experience, we provide OEM/ODM solutions for medical and industrial imaging projects worldwide. Our team supports sensor selection, lens matching, PCB and housing customization, and image tuning, backed by professional production lines, strict quality control, and stable supply capability. With 500+ standard and custom models and service in 80+ countries, we help customers move efficiently from sampling to mass production.


Applications of Endoscope Camera Module◢


1.Pipeline endoscope

The Endoscope Camera Module is used for internal inspection of industrial pipelines, where it can detect cracks, corrosion, deposits, or blockages without dismantling the pipeline system. By using an Endoscope Camera Module for non-destructive inspection, maintenance teams can reduce service costs and minimize production downtime.

2.Nasal endoscope

The Endoscope Camera Module can be adapted for nasal cavity inspection and can capture clear images within curved and narrow anatomical spaces. In nasal endoscope systems, the Endoscope Camera Module supports the observation of nasal polyps, sinus inflammation, foreign bodies, and other internal conditions, while also providing reliable visual assistance for minimally invasive procedures.

3.Laboratory micro-observation endoscope

The Endoscope Camera Module is suitable for real-time monitoring and image recording of laboratory samples, fine structures, and micro-observation processes. In research and testing equipment, the Endoscope Camera Module provides clear visual data for documentation, analysis, and scientific observation.


FAQ◢

1.Why does otorhinolaryngology need ultra-fine diameter modules? 

When the space of the ear canal/nasal cavity is narrow, a module with a diameter of ≤3mm can reduce the patient's discomfort. At the same time, it is necessary to maintain high resolution (such as ≥300 line pairs /mm) to identify minor lesions.


2.What could be the possible reasons for noise in an image? 

It might be due to sensor overheating, signal transmission interference, or excessively high ISO in low light conditions. It is necessary to check the heat dissipation design, cable shielding, or enable the noise reduction mode.


3.How does the field of view (FOV) of a module affect its usage effect? 

The field of view determines the imaging range. A wide Angle is suitable for observing a large area, but there may be edge distortion. A narrow Angle provides a more focused picture. The selection should be based on the application scenario. For instance, in laparoscopic surgery, 70°-90° is commonly used to balance the field of vision and details.





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