3.5mm Diameter BF2013 Sensor Wireless LED Industrial Endoscope Camera Module

3.5mm Diameter BF2013 Sensor Wireless LED Industrial Endoscope Camera Module

Product Description:

• This is a 3.5mm-diameter BF2013 sensor wireless LED industrial endoscope camera module. At its core is the BF2013 CMOS Color Image Sensor, which boasts 300,000 effective pixels, supports 640×480 VGA resolution output, and delivers a maximum frame rate of 30FPS, ensuring smooth dynamic images without latency. The sensor measures 1/31 inch in size, with a single pixel dimension of 2.25μm×2.25μm—a design that significantly enhances light sensitivity. Its optical system offers a 88° wide field of view, and the precise focusing range of 20–60mm perfectly matches the maximum imaging circle of 4.8mm, making it ideal for close-range observation needs. A manual focusing mechanism is adopted to ensure clear images at various working distances.​
  The module features an Integrated structural design; its ultra-slim 3.5mm lens is protected by a high-strength Steel Shell, and the interior integrates 6 0402 micro LED fill lights to provide uniform illumination in dark environments. Data is transmitted via a DVP parallel interface, and the module can be flexibly paired with a development board and connected to a WiFi module, enabling wired and wireless dual-mode connection that is compatible with multiple terminal devices such as mobile phones and computers. The entire manufacturing process utilizes SMT (Surface Mount Technology) and AA (Active Alignment) process, ensuring the product exhibits excellent optical performance and stable mass-production quality.

Features:

Intelligent Connection Solution with Multi-Interface Compatibility​

1. Wired connection based on the development board enables stable and reliable data transmission, while the WiFi module brings ultimate convenience for mobile detection.​
2. The dual-mode design allows users to flexibly select the connection method according to on-site needs, balancing system stability and operational flexibility.​
3. Comprehensive interface protocols support access to various terminal devices, greatly reducing the difficulty of system integration.​
   

Imaging Reliability Guaranteed by Precision Manufacturing​

1. The AA process ensures precise alignment between the optical center of each module and the sensor, eliminating edge distortion and image distortion.​
2. SMT technology enables high-precision mounting of electronic components, ensuring the module’s performance stability during long-term use.​
3. The lens structure protected by a Steel Shell effectively resists external impact, adapting to various complex working environments.​

Professionally Optimized Optical System Design​

1. The perfect combination of an 88° wide field of view and a 20–60mm focusing range balances observation scope and detail presentation.​
2. The scientific layout of 6 LED fill lights eliminates shadows during close-range shooting, providing uniform illumination without blind spots.​
3. The 2.25μm large pixel size significantly improves imaging quality in low-light environments, resulting in fewer image noise points.

Technical Parameters:

Applications:

1. Online Monitoring and Maintenance of Industrial Equipment​
Suitable for internal condition inspection of mechanical equipment, pipe weld inspection, and quality inspection of precision components.​
Wireless connectivity facilitates flexible movement in complex equipment structures, while wired connectivity meets the needs of long-term fixed monitoring.​
Its small diameter and robust structure allow it to reach areas that are difficult for traditional tools to access for inspection.​

2. Scientific Research, Teaching, and Experimental Analysis​
Widely used in scenarios such as biological anatomy observation, mechanical structure teaching, and material surface analysis.​
The real-time video transmission function supports simultaneous observation by multiple people, enhancing teaching interaction and experimental efficiency.​
The manual focusing mechanism meets the observation needs of different magnification levels, adapting to diverse experimental requirements.​

3. Professional Detection in Special Industries​
In the automotive maintenance field, it is used for fault diagnosis of core components such as engine interiors and gearboxes.​
In construction engineering, it is suitable for inspection and evaluation of hidden spaces such as wall interiors and pipe gaps.​
During security inspections, it enables rapid inspection of special areas such as ventilation ducts and equipment mezzanines.​

4. Medical and Veterinary Clinical Inspection​
Suitable for superficial medical observation applications such as oral examinations and skin diagnosis.​
In the veterinary field, it can be used for routine inspections of pets’ oral cavities, ear canals, and other parts.​
The Integrated design facilitates disinfection and maintenance, meeting the hygiene requirements for medical use.

Customized Process:

1. You can provide drawings or samples, as well as request documentation and developed by our engineering staff.
2. Communication or Meeting
3. We will communicate with you in detail to determine somewhat product you need and try to set the most suitable product for you
according to your needs.
4. Sample Development
5. Determine the details of the development sample and the delivery time. Communicate at any time to ensure smooth progress.
6. Sample Testing
7. Test and age on your application, feedback test results, no need to modify, mass production.

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