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SF-C16USB-D2.0
SINCEREFIRST
SINCEREFull, a professional factory specializing in high-precision micro imaging solutions, introduces the 2mm OVM6946 Endoscope Camera Module (Model: SF-C16USB-D2.0), an ultra-fine imaging core designed exclusively for clients in minimally invasive medical device manufacturing, precision industrial inspection, and pipeline engineering. Powered by the industry-leading OVM6946 CMOS sensor, this Ultra-Fine USB Endoscopic Camera Module delivers exceptional HD imaging in an ultra-slim 2mm diameter form factor, enabling access to the narrowest cavities and confined spaces that traditional endoscope modules cannot reach. With its wide-angle optical design, extended depth of field, and robust steel housing, this module empowers your business to develop innovative, high-performance end products that stand out in competitive markets.
With a diameter of just 2.0mm, this Medical Micro Endoscope Module is one of the most compact endoscopic imaging solutions on the market. Encased in a durable steel protective sleeve, it maintains structural stability while navigating extremely narrow spaces, from cranial cavities in neurosurgery to micro pipelines in industrial systems. This ultra-miniature design minimizes patient trauma in medical applications and enables inspection of previously inaccessible components in industrial settings, creating unique competitive advantages for your end products.
This 120° Wide Angle Endoscope Camera Module features an innovative rectangular field of view (120° horizontal × 87.5° vertical), delivering 30% more coverage than traditional circular FOV designs. Paired with an ultra-short 0.418mm focal length, F5.0 large aperture, and 5mm to 50mm extended focus range, it captures sharp, consistent images from close-up proximity to mid-range distances, even in low-light conditions. This eliminates the need for constant focal adjustments, improving procedural efficiency in medical operations and inspection speed in industrial applications.
At its core, the module integrates the 1/18" OVM6946 CMOS image sensor, optimized for micro endoscopic applications. It delivers stable 400×400 resolution at 30fps, with advanced light sensitivity to maintain clear imaging in the dim, confined environments common in endoscopic procedures and industrial inspections. The sensor’s low power design reduces heat generation, ensuring consistent performance during extended use, a critical requirement for medical surgical devices and continuous industrial inspection systems.
This IP67 Industrial Pipeline Endoscope Module features a USB 2.0 interface with full UVC protocol compliance, supporting native compatibility with Windows, MacOS, and Linux operating systems. It outputs both YUV and MJPG formats, supporting seamless integration with automated defect analysis software, medical imaging systems, and industrial monitoring platforms. The steel housing delivers IP67 waterproof and dustproof protection, with excellent resistance to corrosion, bending, and mechanical wear, ensuring long-term reliability in harsh industrial and clinical environments.
Parameter | Specification |
Model Number | SF-C16USB-D2.0 |
Image Sensor | OVM6946 1/18" CMOS |
Max Resolution & Frame Rate | 400×400 @ 30fps |
Lens Diameter | 2.0mm |
Field of View (FOV) | 120° (Horizontal) × 87.5° (Vertical) |
Focal Length | 0.418mm |
Focus Range | 5mm ~ 50mm |
F Number | F5.0 |
TV Distortion | <-11% @ 0.95Field |
Output Interface | USB 2.0 UVC |
Output Formats | MJPG, YUV |
Protective Housing | Steel Sheath |
Waterproof Rating | IP67 |
This 2mm Ultra-Fine Endoscope Camera Module is purpose-built for high-precision medical applications, including neurosurgical endoscopes, ENT diagnostic devices, and other ultra-minimally invasive surgical systems. Its ultra-slim diameter reduces patient trauma, while the wide rectangular FOV expands the surgical field of view, enabling clinicians to identify subtle lesions and perform precise procedures with greater confidence.
For electronics manufacturing clients, the module delivers exceptional performance for micro inspection of PCB solder joints, semiconductor components, and microelectronic assemblies. Its USB plug-and-play design integrates seamlessly with automated defect detection systems, while the 5mm minimum focus range captures sharp, high-detail images of micro-scale soldering defects and short circuits, reducing production defect rates and improving quality control efficiency.
This Wide Range Endoscopic Camera Module is ideal for municipal drainage, oil and gas pipeline inspection, and narrow cavity industrial NDT applications. Its 2mm diameter navigates tight bends and narrow pipe sections, while the IP67 steel housing resists corrosion and fluid exposure. The 120° wide FOV covers larger inspection areas in a single pass, reducing inspection time and improving defect detection accuracy for engineering service providers.
A1: This OVM6946 Sensor Endoscope Module features an ultra-slim 2mm diameter to minimize trauma to brain tissue, a rectangular 120°×87.5° FOV to expand the surgical field of view, and a rigid steel sheath for stable navigation in the cranial cavity. Its low-light sensitivity and consistent imaging performance meet the strict requirements of neurosurgical procedures.
A2: Yes. We offer full OEM customization for bulk orders, including custom cable lengths (up to 30 meters with Kevlar tensile reinforcement), modified housing designs, and firmware tuning to meet the specific needs of your pipeline inspection or industrial projects.
A3: For standard bulk orders, our lead time is 7-15 working days. For customized orders, we will provide a detailed lead time based on your specific customization requirements, with dedicated project management to ensure on-time delivery.
Looking for a high-performance 2mm Ultra-Mini Endoscope Camera Module to power your next innovative medical or industrial imaging product? Reach out to our sales team today to request a free engineering sample, get a customized bulk pricing quote, or connect with our R&D team for tailored solution design. We offer end-to-end support from prototype validation to mass production, with strict quality control and fast lead times to help you bring your product to market faster.
