Focams

📞: (+48) 507 504 143
✉️: info@focams.com
Get a Quote

Area scan

  • Focams
  • Machine Vision Cameras
  • Area scan

    • Area scan cameras

    Introduction to Area Scan Cameras

    Area Scan Cameras are a fundamental component in machine vision systems, renowned for their versatility and efficiency in capturing high-quality, two-dimensional images. Widely used across various industries, these cameras are pivotal in tasks ranging from quality control and inspection to robotics and surveillance.

    Explore Our Range

    Beneath, you can find a comprehensive table with tabs for different manufacturers, each containing various series and models of area scan cameras. This detailed listing will help you compare and choose the best camera that fits your specific needs.

    Key Factors for Choosing the Right Area Scan Camera

     

    1. Resolution and Image Quality: The resolution, measured in megapixels, is crucial in determining the level of detail in the captured images. Higher resolution cameras provide more detailed images but may require more processing power and bandwidth.

    2. Sensor Size and Shutter Type: The size of the CMOS sensor in an area scan camera is pivotal for image quality, affecting factors like field of view and depth of field. Additionally, the choice between global and rolling shutters is crucial – global shutters capture the entire image simultaneously, ideal for fast-moving objects, while rolling shutters, more cost-effective, capture images line-by-line and are suited for slower or stationary objects.

    3. Frame Rate: This refers to how many images the camera can capture per second. A higher frame rate is essential for applications involving fast-moving objects but can generate more data and require faster processing speeds.

    4. Interface Compatibility: The camera’s interface (such as GigE, USB3.0, Camera Link) determines how it connects to and communicates with the computer or processing unit. Ensure compatibility with your existing system for seamless integration.

    5. Lighting Conditions: Consider the lighting conditions in your application environment. Some area scan cameras perform better in low-light conditions or have features like high dynamic range (HDR) to handle varied lighting.

    6. Physical Size and Durability: The camera’s size can be critical in space-constrained environments. Additionally, consider the build and durability, especially if the camera will be used in harsh industrial conditions.

    7. Software Compatibility: Ensure the camera is compatible with your vision software for image processing and analysis. This compatibility is crucial for the effective functioning of the vision system.

    8. Cost-effectiveness: Balance the camera’s features with your budget. Higher-end features like increased resolution or faster frame rates can add to the cost.

     

    What to Consider Before Making a Decision

     

    1. Application Needs: Define what you need the camera to do. High-speed applications, like bottle inspection on a production line, have different requirements than more detailed but slower processes, like inspecting electronic components.

    2. Integration with Existing Systems: Ensure the new camera can be integrated with your existing hardware and software systems.

    3. Future-Proofing: Consider future needs. A camera with a slightly higher specification than currently needed might be more cost-effective in the long run.

    4. Technical Support and Warranty: Evaluate the support and warranty options. Good technical support can be invaluable in setting up and maintaining your system.