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SF-C0115USB-D2.8-PRO V1.1 0.08MP LED
SINCEREFIRST
This innovative IP67 waterproof USB removable endoscope camera module stands out with its modular detachable structure, integrating high-performance optics and versatile adaptability for professional scenarios across industries. Equipped with a 0.08MP CMOS image sensor, it features an ultra-short 0.5mm focal length and a broad 3-50mm focusing range, enabling both ultra-macro capture of tiny details (such as electronic component solder joints) and clear medium-distance imaging. Boasting a 105° diagonal ultra-wide field of view (FOV (D)), the module maintains TV distortion below -10% and adopts an F4.5 aperture, ensuring comprehensive coverage without obvious image distortion. With a lens diameter of only 2.8mm, the module is protected by a sturdy steel shell, achieving IP67-level dust and water resistance—fully dust-tight and capable of withstanding temporary immersion in 1-meter deep water for up to 30 minutes. It comes standard with 0201 white LED lights to deliver stable illumination in narrow or dim environments, and supports customization of infrared or ultraviolet light sources to meet diverse needs in medical, industrial, and security fields. The module adopts a separated design: the lens and DSP unit are detachable, connected via a USB Type-C interface to the DSP board, facilitating storage, portability, and flexible use across multiple workspaces. It uses a Mini USB-5P output interface and supports the UVC protocol for plug-and-play functionality, seamlessly compatible with mainstream operating systems like Windows and Linux. Manufactured through advanced SMT (Surface Mount Technology) and AA (Active Alignment) processes, the module has obtained international certifications including CE, FCC, RoHS, and Reach, meeting access requirements of global markets. | 1
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Superior Protection & Reliable Craftsmanship: Combined with IP67-level dust and water resistance and a steel-shell protected lens, it excels in complex environments such as wet pipelines and outdoor rainy conditions. The adoption of SMT and AA processes ensures optical precision and module stability, preventing imaging deviation during long-term use, while global certifications guarantee compliance with international quality standards.
Flexible Modular Design & Cost-Effective Maintenance: The detachable lens and DSP unit, connected via USB Type-C, allow quick assembly and replacement—there’s no need to replace the entire module when switching lenses, significantly reducing maintenance costs. With a 2.8mm ultra-slim lens diameter, it easily penetrates narrow spaces like precision mechanical gaps and electronic device interiors, and the compact structure enables convenient storage and portability for multi-scenario applications.
Professional Optical Performance for Dual-Case Imaging: The 0.5mm ultra-short focal length paired with a 3-50mm wide focusing range balances ultra-macro detail capture and medium-distance panoramic observation. The 105° ultra-wide diagonal field of view, combined with an F4.5 aperture and TV distortion controlled below -10%, eliminates inspection blind spots and ensures clear, undistorted imaging across the entire viewing range.
Customizable Illumination for Multi-Scenario Adaptability: Standard 0201 white LEDs solve the problem of blurry imaging in dim environments, while optional infrared or ultraviolet light source customization caters to specialized needs—infrared for dark, low-visibility settings and ultraviolet for fluorescent excitation-based defect or lesion detection in medical and industrial inspections.
Seamless Cross-System Compatibility: Supporting the UVC protocol and Mini USB-5P output, the module enables plug-and-play functionality without additional driver installation. It seamlessly connects to computers, laptops, and compatible devices running Windows or Linux systems, ensuring real-time, delay-free image transmission for diverse user device ecosystems.
Automotive maintenance: Penetrates the 5mm inner-diameter curved pipeline of turbocharger intake ports to observe blade root carbon deposits and evaluate dynamic balance wear.
Medical & veterinary equipment: Assists ENT (Ear, Nose, Throat) inspection devices for cerumen impaction and dental root canal therapy tools; used as a portable inspection tool for small pets (cats, rabbits) to check ear inflammation and oral mucosa damage.
Industrial mold inspection: Detects plastic carbonized layers on the inner wall of 3mm-diameter mold hot nozzles and foreign objects in copper shell gaps, avoiding downtime from mold disassembly.
Environmental detection equipment: Inspects internal circuit aging in humid warehouses and underground equipment rooms, with IP67 protection adapting to humid or condensation-prone environments.
Product Name | Camera Module Separation |
Basic tolerance | ±0.1mm |
DSP | USB |
LED | 0201 LED |
Focusing Range | 3-50mm |
Focal Length | 0.5mm |
F Number | 4.5 |
FOV(D) | 1.5° |
TV Distortion | ＜-11% |
Connector | Mini USB-5P |
IP67 protection means the module is completely dust-tight and can withstand temporary immersion in 1-meter deep water (within 30 minutes). It can be safely used for daily scenarios such as wet pipeline inspection and equipment maintenance in outdoor rainy environments. However, for long-term underwater operations, an additional customized higher-level waterproof solution is required.
No. IP67 only guarantees protection against normal-temperature fresh water immersion. Additional customization of sealing rings and protective coatings is required for applications involving temperatures above 80°C steam or corrosive solvents.
No. The Type-C interface is only for connecting the camera to the DSP board, while the Mini USB-5P is the system output interface. They work in series and cannot be used as parallel inputs.
The LED lights integrated into the lens need to be customized according to customer requirements. For specific customization solutions, please contact SincereFull.
Infrared light sources are suitable for dark environments without visible light, capable of penetrating light dust for night vision imaging; ultraviolet light sources are suitable for special detection scenarios, identifying defects or lesions invisible to the naked eye by exciting fluorescent substances.
