Views: 0 Author: Site Editor Publish Time: 2026-06-22 Origin: Site
For compact medical visualization devices, the camera module is not only an imaging component. It directly affects probe diameter, illumination design, close-range observation, waterproof structure, cable routing and final device integration.
The SF-C0115USB-D2.8-PRO V1.2 is a 2.8mm USB endoscope camera module designed for narrow-space visualization projects that need a small probe diameter, integrated LED illumination, IP67 support and a USB-based imaging path. With 240×320@30fps output, 4pcs 0201 LEDs, 105° field of view and 3–50mm focusing range, it is positioned as a compact close-range observation module for OEM endoscope device development.
For medical device manufacturers, dental device developers, veterinary inspection tools and portable visualization equipment, this type of 2.8mm USB endoscope camera module can be used as a practical imaging core for early-stage evaluation, compact probe design and project-level customization discussions.
The SF-C0115USB-D2.8-PRO V1.2 is a separate-type USB endoscope camera module with a 2.8mm diameter front-end structure. It supports YUV and MJPEG output at 240×320@30fps and uses a Micro USB back-end connection.
Its compact front-end structure, 4pcs 0201 LED illumination and IP67-supported design make it suitable for close-range observation inside narrow spaces. The 105° field of view helps provide a wider viewing area in compact cavities, while the 3–50mm focusing range supports short-distance visualization.
This module is not positioned as a high-resolution imaging module. Instead, its value comes from its small diameter, integrated illumination, close focus, waterproof support and practical USB integration path.
In many medical visualization devices, probe diameter is one of the first design constraints. A smaller camera head can help reduce the space required at the front end of the device and gives engineers more flexibility when designing compact inspection tools.
A 2.8mm endoscope camera module is useful when the project needs a balance between miniaturization and functional integration. Compared with ultra-small 1.5mm or 2.0mm modules, a 2.8mm structure may offer more space for LED integration and mechanical protection. Compared with larger 5mm or 6mm modules, it is still compact enough for narrow-channel observation devices.
For medical OEM projects, this makes the SF-C0115USB-D2.8-PRO V1.2 suitable for compact visualization devices where the design team needs a small probe head but still requires built-in illumination and waterproof support.
The D2.8 structure supports compact device design and helps engineers evaluate smaller probe forms for narrow-space visualization applications.
The USB interface makes the module easier to test during the prototype stage. For many OEM teams, USB-based evaluation can reduce early integration difficulty compared with more complex embedded interfaces.
The module supports 240×320@30fps output in YUV and MJPEG formats. This is suitable for basic close-range observation where compact size and stable visualization are more important than high-resolution detail capture.
The built-in 4pcs 0201 LEDs help support visualization in dark or enclosed spaces. For endoscope applications, illumination is often as important as the camera itself because many target environments have limited external light.
The 105° FOV provides a relatively wide observation area for compact cavity viewing. This helps users observe more of the surrounding structure at short distance.
The 3–50mm focusing range is suitable for short-distance inspection and close-range visualization. This is important for compact medical and inspection devices where the camera often works near the target surface.
The IP67-supported structure can help projects that need waterproof or moisture-resistant device design. For medical device development, final compliance and cleaning requirements should still be evaluated according to the target application and market.
The SF-C0115USB-D2.8-PRO V1.2 can be evaluated for compact visualization devices such as:
Dental and oral inspection tools
Veterinary endoscope devices
Portable medical visualization equipment
Compact cavity observation devices
Training and demonstration endoscope systems
OEM endoscope prototype development
For medical applications, the module should be evaluated as an imaging component for device integration. Final product compliance, safety testing and medical certification should be handled according to the target market and application requirements.
This module is more suitable when the project requires:
A compact 2.8mm camera head
USB-based image output
Integrated LED illumination
Short-distance observation
IP67-supported structure
Basic visualization instead of high-resolution imaging
Separate-type module integration
It may not be the best choice if the project requires high-definition image detail, 1080P video, advanced image processing or long-distance observation. In those cases, a larger-diameter 1MP, 2MP or 5MP endoscope camera module may be more suitable.
Before selecting this 2.8mm USB endoscope camera module, engineers should confirm:
Target probe diameter
Required working distance
Image clarity expectations
Illumination brightness requirements
Cable length and routing space
USB host compatibility
Waterproof structure requirements
Device housing and mechanical layout
Sample testing conditions
Because medical visualization devices often have strict structural and compliance requirements, early communication between the device developer and camera module supplier is important.
SincereFull supports medical and industrial endoscope camera module projects with compact camera module design, OEM customization discussion and project-level evaluation. For customers developing endoscope devices, the key value is not only choosing a standard module, but also confirming whether the diameter, FOV, LED, cable, connector and structure can match the final device design.
If your project requires a 2.8mm USB endoscope camera module or another custom diameter solution, SincereFull can help evaluate the module direction based on your application, imaging distance, interface and mechanical requirements.
It can be evaluated for compact medical visualization device development, dental tools, veterinary devices and OEM endoscope projects. Final medical compliance should be confirmed according to the target market and device use.
Yes, this model supports IP67 according to the product specification. The final waterproof performance should still be verified in the customer’s complete device structure.
The module supports 240×320@30fps output in YUV and MJPEG formats.
Yes, it uses 4pcs 0201 LEDs for close-range illumination inside narrow spaces.
The focusing range is 3–50mm, making it suitable for short-distance observation.
No. This model is designed for compact close-range visualization rather than high-resolution imaging. If your project needs higher detail, a larger 1MP, 2MP or 5MP module may be more suitable.
Project-based evaluation can be provided for diameter, lens, illumination, cable, connector and structure requirements according to the device design.
Need help evaluating a 2.8mm USB endoscope camera module for your medical visualization device?
Send your target application, diameter requirement, working distance, interface and sample quantity to SincereFull. Our team can help review the project direction and recommend a suitable endoscope camera module solution.
