| Quantity: | |
|---|---|
SF-C50USB-D2.0
SINCEREFIRST
The OCHFA10 CMOS sensor USB2.0 medical endoscope camera module with led, mainly for medical endoscopy and also applicable to industrial inspection. It has an ultra-compact design (2.6×1.6mm module, 2mm diameter lens) for easy integration into small instruments. Imaging-wise, it offers two options: 700×700 pixels at 60fps (for detailed observation) and 400×400 pixels at 90fps (for real-time tracking), plus an 86° wide FOV and IR cut filter for accurate color. It uses a USB2.0 UVC interface (plug-and-play) and has a built-in 0402 LED for uniform illumination. Medically, it meets strict standards: ETO/STERRAD sterilizable, IP68 waterproof, and made of biocompatible materials. With low power consumption (82.2mW), it generates little heat, suitable for long procedures. |  |
1. Superior Imaging Performance
The OCHFA10 offers crisp image quality at 700 × 700 resolution at 60 fps and 400 × 400 at 90 fps. Its high frame rate reduces motion blur and latency, delivering real-time diagnostics. Combined with a wide 86° field of view and IR cut filter, this camera module with LED ensures accurate color representation critical for detecting subtle tissue abnormalities.
2. Ultra-Miniaturized Design for Easy Integration
With an incredibly compact form factor of 2.6 × 1.6 mm, this USB2.0 camera module is optimized for tight spaces, allowing it to fit inside ultra-slim endoscopic tools. Its size, paired with its cylindrical 2mm lens, enables high maneuverability within confined anatomical structures or mechanical systems.
3. Built-In LED for Consistent Illumination
This camera module with LED features integrated lighting for enhanced visibility in low-light or internal environments. Its precisely positioned LED supports evenly distributed illumination, reducing shadows and enhancing diagnostic accuracy without requiring external light sources.
4. Sterilizable and Biocompatible for In-Body Use
The OCHFA10 medical endoscope camera module supports ETO and STERRAD sterilization protocols. Constructed with biocompatible materials and IP68 waterproof sealing, it meets rigorous medical safety standards, ensuring suitability for in-body, disposable, or reusable medical applications.
5. Low Power Consumption for Patient Comfort
Operating at just 82.2 mW, the OCHFA10 minimizes heat generation during procedures. This not only enhances patient comfort, but also protects delicate tissues from potential thermal damage, making it ideal for extended diagnostic or therapeutic use.
6. Industry-Standard USB2.0 Interface
The USB2.0 camera module interface ensures fast, stable image transmission and broad system compatibility. Whether in surgical imaging or industrial inspection, plug-and-play USB integration reduces development time and simplifies hardware design.
1. Semiconductor Wafer Inspection
2mm probe navigates tight spaces, 90fps captures micro-particles/defects, 86° FOV covers 12-inch wafer edges.
2. Coronary Stent Delivery Guidance
Ultra-slim probe fits radial arteries, 90fps real-time imaging tracks stent expansion (avoids vascular damage).
3. Aero Engine Blade Inspection
Adapts to snake-like probes, IR cut filter resists thermal interference, detects micro-cracks in high-temp confined spaces.
Product Name | Medical Endoscope Camera Module |
Image Sensor | OCHFA10 |
Pixel | 1MP |
Focusing Range | 10-100mm |
Focal Length | 0.418mm |
F NO | 5.0 |
Product Type | Endoscope Camera Module |
Led | 0402 Led |
TV Distortion | <-11% |
Feature | CMOS sensor Endoscope Camera Module |
Q1: How to prevent frequent cable breakage?
Use anti-bending cables with metal braid reinforcements. Avoid acute bends during use and wrap coils with a diameter greater than 10cm for storage. In industrial applications, consider adding protective spring tubes for strain relief.
Q2: Why are long cables needed in pipeline inspections?
For pipeline inspections, cables of 10–30 meters are common. They often include a Kevlar tensile layer and waterproof connectors, ensuring chemical resistance and real-time image transmission despite long-distance use.
Q3: How is waterproofing and sterilization achieved?
The module complies with IP68 waterproof standards and can endure 134°C steam sterilization. Its housing material resists high pressure and temperature. While medical modules offer full sterilization compatibility, industrial versions may opt for basic splash resistance.
The OCHFA10 CMOS sensor USB2.0 medical endoscope camera module with led, mainly for medical endoscopy and also applicable to industrial inspection. It has an ultra-compact design (2.6×1.6mm module, 2mm diameter lens) for easy integration into small instruments. Imaging-wise, it offers two options: 700×700 pixels at 60fps (for detailed observation) and 400×400 pixels at 90fps (for real-time tracking), plus an 86° wide FOV and IR cut filter for accurate color. It uses a USB2.0 UVC interface (plug-and-play) and has a built-in 0402 LED for uniform illumination. Medically, it meets strict standards: ETO/STERRAD sterilizable, IP68 waterproof, and made of biocompatible materials. With low power consumption (82.2mW), it generates little heat, suitable for long procedures. | |
1. Superior Imaging Performance
The OCHFA10 offers crisp image quality at 700 × 700 resolution at 60 fps and 400 × 400 at 90 fps. Its high frame rate reduces motion blur and latency, delivering real-time diagnostics. Combined with a wide 86° field of view and IR cut filter, this camera module with LED ensures accurate color representation critical for detecting subtle tissue abnormalities.
2. Ultra-Miniaturized Design for Easy Integration
With an incredibly compact form factor of 2.6 × 1.6 mm, this USB2.0 camera module is optimized for tight spaces, allowing it to fit inside ultra-slim endoscopic tools. Its size, paired with its cylindrical 2mm lens, enables high maneuverability within confined anatomical structures or mechanical systems.
3. Built-In LED for Consistent Illumination
This camera module with LED features integrated lighting for enhanced visibility in low-light or internal environments. Its precisely positioned LED supports evenly distributed illumination, reducing shadows and enhancing diagnostic accuracy without requiring external light sources.
4. Sterilizable and Biocompatible for In-Body Use
The OCHFA10 medical endoscope camera module supports ETO and STERRAD sterilization protocols. Constructed with biocompatible materials and IP68 waterproof sealing, it meets rigorous medical safety standards, ensuring suitability for in-body, disposable, or reusable medical applications.
5. Low Power Consumption for Patient Comfort
Operating at just 82.2 mW, the OCHFA10 minimizes heat generation during procedures. This not only enhances patient comfort, but also protects delicate tissues from potential thermal damage, making it ideal for extended diagnostic or therapeutic use.
6. Industry-Standard USB2.0 Interface
The USB2.0 camera module interface ensures fast, stable image transmission and broad system compatibility. Whether in surgical imaging or industrial inspection, plug-and-play USB integration reduces development time and simplifies hardware design.
1. Semiconductor Wafer Inspection
2mm probe navigates tight spaces, 90fps captures micro-particles/defects, 86° FOV covers 12-inch wafer edges.
2. Coronary Stent Delivery Guidance
Ultra-slim probe fits radial arteries, 90fps real-time imaging tracks stent expansion (avoids vascular damage).
3. Aero Engine Blade Inspection
Adapts to snake-like probes, IR cut filter resists thermal interference, detects micro-cracks in high-temp confined spaces.
Product Name | Medical Endoscope Camera Module |
Image Sensor | OCHFA10 |
Pixel | 1MP |
Focusing Range | 10-100mm |
Focal Length | 0.418mm |
F NO | 5.0 |
Product Type | Endoscope Camera Module |
Led | 0402 Led |
TV Distortion | <-11% |
Feature | CMOS sensor Endoscope Camera Module |
Q1: How to prevent frequent cable breakage?
Use anti-bending cables with metal braid reinforcements. Avoid acute bends during use and wrap coils with a diameter greater than 10cm for storage. In industrial applications, consider adding protective spring tubes for strain relief.
Q2: Why are long cables needed in pipeline inspections?
For pipeline inspections, cables of 10–30 meters are common. They often include a Kevlar tensile layer and waterproof connectors, ensuring chemical resistance and real-time image transmission despite long-distance use.
Q3: How is waterproofing and sterilization achieved?
The module complies with IP68 waterproof standards and can endure 134°C steam sterilization. Its housing material resists high pressure and temperature. While medical modules offer full sterilization compatibility, industrial versions may opt for basic splash resistance.
